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Focus Product Selector Guide

Focus Product Selector GuideMicrocontrollers • Digital Signal Controllers • Analog • Memory • Wireless

2 Focus Product Selector Guide

Microchip: A Partner in Your Success

8-bit PIC® MicrocontrollersBased on a powerful RISC core, the PIC microcontroller architecture provides users with an easy migration path from 6 to 100 pins among all families, with little or no code change required. Advanced features include sophisticated timing peripherals, integrated analog-to-digital converters and communications peripherals (Ethernet/I2C™/SPI/USB/CAN ports, LIN USARTs, op amp and digital-to-analog converters). For more information visit: www.microchip.com/8bit.

16-bit PIC MicrocontrollersThe 16-bit PIC24 Family is comprised of two sub-families. The PIC24F offers a cost-effective low power step up in performance, memory and peripherals for many applications that are pushing the envelope of 8-bit microcontroller capabilities. For more demanding applications, the PIC24H/E offers up to 70 MIPS performance, up to 150°C operation, more memory and additional peripherals, such as CAN communication modules. For more information visit: www.microchip.com/16bit.

dsPIC® Digital Signal ControllersThe dsPIC family of Digital Signal Controllers (DSCs) features a fully implemented digital signal processor (DSP) engine, with up to 70 MIPS performance, C compiler friendly design and a familiar microcontroller architecture and design environment. The dsPIC 16-bit Flash DSCs provide the industry’s highest performance, and have features supporting motor control, digital power conversion, speech and audio, intelligent sensing and general purpose embedded control applications. For more information visit: www.microchip.com/dspic.

32-bit PIC MicrocontrollersThe PIC32 family adds more performance and more memory while maintaining pin, peripheral and software compatibility with Microchip’s 16-bit MCU/DSC families. The PIC32 family operates at up to 105 DMIPS and offers ample code and data space capabilities with up to 512 KB Flash and 128 KB RAM. For more information visit: www.microchip.com/32bit.

Analog and Interface ProductsMicrochip’s integrated analog technology, peripherals and features are engineered to meet today’s demanding design requirements. Our broad spectrum of analog products addresses thermal management, power management, battery management, mixed-signal, linear, interface and safety & security solutions. Our broad portfolio of stand-alone analog and interface devices offers highly integrated solutions that combine various analog functions in space-saving packages and support a variety of bus interfaces. Many of these devices support functionality that enhances the analog features currently available on PIC microcontrollers. For more information visit: www.microchip.com/analog.

Microchip is a leading provider of microcontroller and analog semiconductors, providing low-risk product development, lower total system cost and faster time to market for thousands of diverse customer applications worldwide. Offering outstanding technical support along with dependable delivery and quality, Microchip serves over 70,000 customers in more than 65 countries who are designing high-volume embedded control applications in the consumer, automotive, office-automation, communications and industrial-control markets worldwide.

Table of Contents

8-bit PIC Microcontrollers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .316-bit PIC Microcontrollers . . . . . . . . . . . . . . . . . . . . . . . . . . . .10dsPIC DSC Families . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1432-bit PIC Microcontrollers . . . . . . . . . . . . . . . . . . . . . . . . . . . .17Analog and Interface Products . . . . . . . . . . . . . . . . . . . . . . . . . .19Real Time Clock/Calendar (RTCC) . . . . . . . . . . . . . . . . . . . . . . .24Serial Memory Products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .25Serial Flash Memory . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .27LPC Firmware Flash/Firmware Hub Flash Memory . . . . . . . . . . . .27Parallel Flash Memory . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .28

Wireless Products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .29USB Products. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .30Ethernet and Networking Products . . . . . . . . . . . . . . . . . . . . . . .32Automotive Products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .33PC System & I/O Controllers . . . . . . . . . . . . . . . . . . . . . . . . . . .35Capacitive Touch Sensors . . . . . . . . . . . . . . . . . . . . . . . . . . . . .36Wireless Audio . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .36Security . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .37Terms and Definitions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .37Packaging . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .38

RF Front End ProductsMicrochip’s selection of RF front end devices enhance the performance and operating range of wireless products at 2.4 and 5 GHz. SST Power amplifier products provide high linear output power as required for 802.11 (Wi-Fi®) and 802.15.4 (ZigBee®) standards with industry leading efficiency and reliability. Our selection of integrated Front End Modules (FEM), combines the function of power amplifier with switches, Low Noise Amplifier (LNA) and filters into a single space saving package. The FEM reduces board complexity and sizes. For more information visit: www.microchip.com/analog.

Wireless ProductsMicrochip offers radio-frequency products for adding wireless connectivity to embedded PIC microcontroller and dsPIC DSC-based designs for the following technologies: IEEE 802.15.4/ZigBee, Sub-GHz RF, Bluetooth® and IEEE 802.11/Wi-Fi. For more information visit: www.microchip.com/wireless.

Memory ProductsMicrochip’s broad portfolio of memory devices include Serial EEPROM, Serial SRAM, Serial Flash and Parallel Flash Devices. Our innovative, low-power designs and extensive testing have ensured industry leading robustness and endurance along with best-in-class quality at low costs. For more information visit: www.microchip.com/memory.

Real-Time ClocksMicrochip offers a family of highly integrated, low cost Real-Time Clock/Calendar devices with battery backup capability, digital trimming along with onboard EEPROM and SRAM memory. For more information visit: www.microchip.com/clock.

MOST®Media Oriented Systems Transport (MOST) is the accepted standard in high-bandwidth automotive infotainment systems. MOST is broadly standardized from the physical layer up to the application level. Various speed grades and physical layers are available. MOST carries A/V streaming, packet, isochronous and control data, has a high flexibility and scalability and is approved to carry DVD and Blu-ray™ content using Digital Transmission Content Protection (DTCP). For more information visit: www.microchip.com/automotivesmsc.

PC System & I/O ControllersMicrochip offers a full line of mobile PC solutions including embedded controllers, keyboard controllers (KBC), mobile I/O controllers and docking products. For more information visit: www.microchip.com/pcsystemscontrollerssmsc.

3Focus Product Selector Guide

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1.8V

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PDIP

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SOIC

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, TS

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, 4 ×

4 Q

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ted

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Anal

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Data rAM (b)

Data ee (b)

Maximum speed

internal oscillator

8-bit ADC

10-bit ADC

12-bit ADC

Comparators


op Amp

DAC (5b/8b/9b)

PWM

CCP

eCCP

CWG/CoG

nCo

PsMC

ClC

8-bit timer

16-bit timer

AUsArt

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bor/Pbor

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14-Pin (Cont.)

PIC1

6F18

24

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8V–5

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IP (P

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PIC1

6F63

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128

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PDIP

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4 Q

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6F14

54

R14

12EM

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1.8V

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1PD

IP (P

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L), 4

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Crys

tal F

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USB

PIC1

6F63

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1412

MR

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KB

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825

62V

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2PD

IP (P

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L),

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6F18

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R14

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PIC1

6F67

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128

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PDIP

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4 Q

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1412

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825

62V

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8PD

IP (P

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IC (S

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TSSO

P (S

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6F68

8R

1412

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7 KB

4

KwR

256

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2V–5

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PDIP

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L)

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55

R14

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24–

1.8V

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4PD

IP (P

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USB

PIC1

6F17

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24–

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5 KB

2

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256

256

1.8V

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6F18

27

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2018

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9PD

IP (P

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07R

2018

EMR

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1.8V

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PDIP

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PIC1

6F72

0R

2018

MR

3.5

KB

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8–

1.8V

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V16

MHz

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500

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7PD

IP (P

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08

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09

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18EM

R14

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RW51

2–

1.8V

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MHz

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2–

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21

–1

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PDIP

(P),

SOIC

(SO)

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P,

4 ×

4 QF

N (M

L)Te

mp*

PIC1

6F72

1R

2018

MR

7 KB

4

KwRW

256

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8V–5

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16 M

Hz16

MHz

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PDIP

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SOIC

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QFN

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Tem

p*

PIC1

6F63

1R

2018

MR

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KB

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R64

128

2V–5

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20 M

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MHz

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1PD

IP (P

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L)

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6F67

7R

2018

MR

3.5

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R12

825

62V

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PDIP

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S),

QFN

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PIC1

6F18

28

R20

18EM

R7

KB

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RW25

625

61.

8V–5

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32 M

Hz32

MHz

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––

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22

––

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41

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––

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9PD

IP (P

), SO

IC (S

O), S

SOP

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N (M

L)DS

M, T

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PIC1

6F18

29

R20

18EM

R14

KB

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RW10

2425

61.

8V–5

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32 M

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MHz

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–12

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22

––

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6PD

IP (P

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IC (S

O), S

SOP

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L)DS

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PIC1

6F68

7R

2018

MR

3.5

KB

2 Kw

R12

825

62V

–5.5

V20

MHz

8 M

Hz,

31 k

Hz–

12–

12–

2–

––

––

––

––

–1

1–

11

––

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RSW

◊ü

ü$1

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PDIP

(P),

SOIC

(SO)

, SSO

P (S

S),

QFN

(ML)

PIC1

6F78

5R

2018

MR

3.5

KB

2 Kw

–12

825

62V

–15V

20 M

Hz8

MHz

, 31

kHz

–12

–12

–2

–2

–2

1–

––

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21

––

––

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SW◊

–ü

$1.1

2PD

IP (P

), SO

IC (S

O), S

SOP

(SS)

, QF

N (M

L)

PIC1

6F68

5R

2018

MR

7 KB

4

KwR

256

256

2V–5

.5V

20 M

Hz8

MHz

, 31

kHz

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3PD

IP (P

), SO

IC (S

O), S

SOP

(SS)

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N (M

L)

PIC1

6F68

9R

2018

MR

7 KB

4

KwR

256

256

2V–5

.5V

20 M

Hz8

MHz

, 31

kHz

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–12

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––

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11

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––

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3PD

IP (P

), SO

IC (S

O), S

SOP

(SS)

, QF

N (M

L)


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

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ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

◊ So

ftwar

e PL

VD im

plem

ente

d vi

a AD

C.*

Inte

grat

ed T

empe

ratu

re In

dica

tor:

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eren

ce A

pplic

atio

n N

ote

AN13

33 fo

r im

plem

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tion.

eXt

rem

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var

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s av

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ble.

8-b

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MiC

ro

Co

ntr

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Prod

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Pins

Mem

ory

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ope

ratin

g sp

eed

lCD segments

mtouch™ Channels

Anal

og s

ensi

ng &

Mea

sure

men

tD

igita

lCo

mm

unic

atio

nM

onito

rs

sr-latch

timer 1 Gate

5 ku Pricing†

Pack

ages

(D

esig

nato

r)sp

ecia

l Fe

atur

es

total

i/o

Program

self-read/Write

Data rAM (b)

Data ee (b)

Maximum speed

internal oscillator

8-bit ADC

10-bit ADC

12-bit ADC

Comparators


op Amp

DAC (5b/8b/9b)

PWM

CCP

eCCP

CWG/CoG

nCo

PsMC

ClC

8-bit timer

16-bit timer

AUsArt

eUsArt

i2C™/sPi

ethernet (MAC/PHY)

Usb 2.0 Device

CAn

bor/Pbor

PlVD

20-Pin (Cont.)

PIC1

6F14

59

R20

1814

KB

8 Kw

RW10

24–

1.8V

–5.5

V48

MHz

48 M

Hz,

31 K

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9–

2–

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11

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PDIP

(P),

SOIC

(SO)

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P (S

S),

4 ×

4 QF

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L)Cr

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l Fre

e US

B

PIC1

6F69

0R

2018

7 KB

4

KwR

256

256

2V–5

.5V

20 M

Hz8

MHz

, 31

kHz

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–12

–2

––

––

–1

––

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21

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1–

––

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$1.2

0PD

IP (P

), SO

IC (S

O), S

SOP

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L)

PIC1

8F13

K22

R20

188

KB

4 Kw

RW25

625

61.

8V–5

.5V

64 M

Hz64

MHz

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kHz

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–12

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––

––

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3PD

IP (P

), SO

IC (S

O), S

SOP

(SS)

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N (M

L)Te

mp*

PIC1

8F13

K50

R20

158

KB

4 Kw

RW51

225

61.

8V–5

.5V

48 M

Hz32

MHz

, 31

kHz

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–9

–2

––

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––

––

13

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1–

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PBOR

SW◊

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$1.3

9PD

IP (P

), SO

IC (S

O), S

SOP

(SS)

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N (M

L)Te

mp*

PIC1

8F14

K22

R20

1816

KB

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RW51

225

61.

8V–5

.5V

64 M

Hz64

MHz

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kHz

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–12

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––

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––

PBOR

SW◊

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$1.4

7PD

IP (P

), SO

IC (S

O), S

SOP

(SS)

, QF

N (M

L)Te

mp*

PIC1

8F14

K50

R20

1516

KB

8 Kw

RW76

825

61.

8V–5

.5V

48 M

Hz32

MHz

, 31

kHz

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–9

–2

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––

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––

––

13

–1

1–

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PBOR

SW◊

ü–

$1.5

3PD

IP (P

), SO

IC (S

O), S

SOP

(SS)

, QF

N (M

L)Te

mp*

PIC1

6F17

09

NR20

18EM

RRW

1024

–1.

8V–5

.5V

32 M

Hz32

MHz

–12

–12

–2

–2

0/1/

02

20

0/1

––

44

1–

11

––

–BO

R–

–ü

call

for

pric

ing

PDIP

(P),

SOIC

(SO)

, SSO

P (S

S),

4 ×

4 QF

N (M

L)

28-Pin

PIC1

6F57

0NR

2825

3 KB

2

KwRW

132

642V

–5.5

V20

MHz

8 M

Hz–

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––

2–

2–

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R–

––

call

for

pric

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SPDI

P (P

), 6

× 6

QFN

(ML)

, SSO

P (S

S), S

OIC

(SO)

PIC1

6F57

R28

203

KB

2 Kw

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–2V

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V20

MHz

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SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S)

PIC1

6F72

2A

R28

253.

5 KB

2

KwR

128

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8V–5

.5V

20 M

Hz16

MHz

–11

11–

––

––

––

2–

––

––

21

1–

1–

––

BOR

SW◊

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$0.7

8SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)

, 4 ×

4 U

QFN

(MV)

Tem

p*

PIC1

6LF1

902

R28

253.

5 KB

2

KwRW

128

–1.

8V–3

.6V

20 M

Hz16

MHz

7211

–11

––

––

––

––

––

––

11

––

––

––

–SW

◊–

–$0

.78

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

4 ×

4 UQ

FN (M

V)Te

mp*

PIC1

6F15

12

R28

253.

5 KB

2

KwRW

128

–1.

8V–5

.5V

20 M

Hz16

MHz

, 31

KHz

–17

–17

––

––

––

2–

––

––

21

–1

1–

––

PBOR

SW–

ü$0

.81

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

4 ×

4 UQ

FN (M

V)Te

mp*

PIC1

6F72

3A

R28

257

KB

4 Kw

R19

2–

1.8V

–5.5

V20

MHz

16 M

Hz–

1111

––

––

––

–2

––

––

–2

11

–1

––

–BO

RSW

◊–

ü$0

.85

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

6 ×

6 QF

N (M

L), 4

× 4

UQF

N (M

V)Te

mp*

PIC1

6LF1

903

R28

257

KB

4 Kw

RW25

6–

1.8V

–3.6

V20

MHz

16 M

Hz72

11–

11–

––

––

––

––

––

–1

1–

––

––

––

SW◊

––

$0.8

5SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 4

× 4

UQFN

(MV)

Tem

p*

PIC1

6F15

13

R28

257

KB

4 Kw

RW25

6–

1.8V

–5.5

V20

MHz

16 M

Hz,

31 K

Hz–

17–

17–

––

––

–2

––

––

–2

1–

11

––

–PB

ORSW

–ü

$0.8

8SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 4

× 4

UQFN

(MV)

Tem

p*

PIC1

6LF1

906

R28

2514

KB

8 Kw

RW51

2–

1.8V

–3.6

V20

MHz

16 M

Hz72

11–

11–

––

––

––

––

––

–1

1–

1–

––

––

SW◊

––

$0.9

1SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 4

× 4

UQFN

(MV)

Tem

p*

PIC1

6F15

16

R28

2514

KB

8 Kw

RW51

2–

1.8V

–5.5

V20

MHz

16 M

Hz–

17–

17–

––

––

–2

––

––

–2

1–

11

––

–PB

ORSW

–ü

$0.9

5SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 4

× 4

UQFN

(MV)

Tem

p*

PIC1

6F15

18

R28

2528

KB

16 K

wRW

1024

–1.

8V–5

.5V

20 M

Hz16

MHz

–17

–17

––

––

––

2–

––

––

21

–1

1–

––

PBOR

SW–

ü$1

.01

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

4 ×

4 UQ

FN (M

V)Te

mp*

PIC1

6F88

2R

2825

3.5

KB

2 Kw

RW12

812

82V

–5.5

V20

MHz

8 M

Hz,

31 k

Hz–

11–

11–

2–

––

–1

1–

––

–2

1–

11

––

–BO

RSW

◊ü

ü$1

.16

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

6 ×

6 QF

N (M

L)

PIC1

6F72

6 R

2825

14 K

B 8

KwR

368

–1.

8V–5

.5V

20 M

Hz16

MHz

–11

11–

––

––

––

2–

––

––

21

1–

1–

––

BOR

SW◊

–ü

$1.2

3SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)

, 4 ×

4 U

QFN

(MV)

Tem

p*

PIC1

6F17

82

R28

253.

5 KB

2

KwRW

256

256

1.8V

–5.5

V32

MHz

32 M

Hz–

11–

–11

3–

20/

1/0

–2

––

–2

–2

1–

11

––

–BO

RSW

◊–

ü$1

.23

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

6 ×

6 QF

N (M

L), 4

× 4

UQF

N (M

V)

PIC1

6F19

33

R28

257

KB

4 Kw

RW25

625

61.

8V–5

.5V

32 M

Hz32

MHz

, 31

kHz

6011

–11

–2

––

––

23

––

––

41

–1

1–

––

PBOR

SW◊

üü

$1.2

3SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)

, 4 ×

4 U

QFN

(MV)

Tem

p*

PIC1

8F23

K20

R28

258

KB

4 Kw

RW51

225

61.

8V–3

.6V

64 M

Hz16

MHz

, 31

kHz

–11

–11

–2

––

––

11

––

––

13

–1

1–

––

BOR

ü–

–$1

.23

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

6 ×

6 QF

N (M

L), 4

× 4

UQF

N (M

V)

PIC1

6F17

83

R28

257

KB

4 Kw

RW51

225

61.

8V–5

.5V

32 M

Hz32

MHz

–11

––

113

–2

0/1/

0–

2–

––

2–

21

–1

1–

––

BOR

SW◊

–ü

$1.3

0SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)

, 4 ×

4 U

QFN

(MV)

PIC1

6F19

36

R28

2514

KB

8 Kw

RW51

225

61.

8V–5

.5V

32 M

Hz32

MHz

, 31

kHz

6011

–11

–2

––

––

23

––

––

41

–1

1–

––

PBOR

SW◊

üü

$1.3

0SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)

, 4 ×

4 U

QFN

(MV)

Tem

p*

PIC1

8F24

K20

R28

2516

KB

8 Kw

RW76

825

61.

8V–3

.6V

64 M

Hz16

MHz

, 31

kHz

–11

–11

–2

––

––

11

––

––

13

–1

1–

––

PBOR

ü–

–$1

.30

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

6 ×

6 QF

N (M

L)

PIC1

6F88

3R

2825

7 KB

4

KwRW

256

256

2V–5

.5V

20 M

Hz8

MHz

, 31

kHz

–11

–11

–2

––

––

11

––

––

21

–1

1–

––

BOR

SW◊

üü

$1.3

7SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)

PIC1

6F17

86

R28

2514

KB

8 Kw

RW10

2425

61.

8V–5

.5V

32 M

Hz32

MHz

–11

––

114

–2

0/1/

0–

3–

––

3–

21

–1

1–

––

BOR

SW◊

–ü

$1.3

7SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)

PIC1

6F19

38

R28

2528

KB

16 K

wRW

1024

256

1.8V

–5.5

V32

MHz

32 M

Hz,

31 k

Hz60

11–

11–

2–

––

–2

3–

––

–4

1–

11

––

–PB

ORSW

◊ü

ü$1

.37

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

6 ×

6 QF

N (M

L), 4

× 4

UQF

N (M

V)Te

mp*

PIC1

8F25

K20

R28

2532

KB

16 K

wRW

1536

256

1.8V

–3.6

V64

MHz

16 M

Hz,

31 k

Hz–

11–

11–

2–

––

–1

1–

––

–1

3–

11

––

–PB

ORü

––

$1.3

7SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

◊ So

ftwar

e PL

VD im

plem

ente

d vi

a AD

C.*

Inte

grat

ed T

empe

ratu

re In

dica

tor:

Ref

eren

ce A

pplic

atio

n N

ote

AN13

33 fo

r im

plem

enta

tion.

eXt

rem

e Lo

w P

ower

var

iant

s av

aila

ble.

8-b

it P

iC®

MiC

ro

Co

ntr

oll

ers

Prod

uct


Pins

Core

Mem

ory

Voltage range

ope

ratin

g sp

eed

lCD segments

mtouch™ Channels

Anal

og s

ensi

ng &

Mea

sure

men

tD

igita

lCo

mm

unic

atio

nM

onito

rs

sr-latch

timer 1 Gate

5 ku Pricing†

Pack

ages

(D

esig

nato

r)sp

ecia

l Fe

atur

es

total

i/o

Program

self-read/Write

Data rAM (b)

Data ee (b)

Maximum speed

internal oscillator

8-bit ADC

10-bit ADC

12-bit ADC

Comparators


op Amp

DAC (5b/8b/9b)

PWM

CCP

eCCP

CWG/CoG

nCo

PsMC

ClC

8-bit timer

16-bit timer

AUsArt

eUsArt

i2C™/sPi

ethernet (MAC/PHY)

Usb 2.0 Device

CAn

bor/Pbor

PlVD

28-Pin (Cont.)

PIC1

8F23

K22

R28

25PI

C18

8 KB

4

KwRW

512

256

1.8V

–5.5

V64

MHz

16 M

Hz,

31 k

Hz–

17–

17–

2ü

––

–1

1–

––

––

3–

22

––

–PB

ORü

üü

$1.4

1SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)

, 4 ×

4 U

QFN

(MV)

Tem

p*

PIC1

8F24

J10

R28

21PI

C18

16 K

B 8

KwRW

1024

–2V

–3.6

V40

MHz

32 k

Hz–

10–

10–

2–

––

–2

––

––

––

2–

11

––

–BO

R–

––

$1.4

4SP

DIP

(SP)

, SOI

C (S

O), Q

FN (M

L)

PIC1

6F17

88

NR28

25EM

R28

KB

16 K

wRW

2K25

61.

8V–5

.5V

32 M

Hz32

MHz

–11

––

114

–2

3/1/

0–

3–

––

4–

21

–1

1–

––

BOR

SW◊

–ü

$1.4

4SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)

PIC1

8F24

K22

R28

25PI

C18

16 K

B 8

KwRW

768

256

1.8V

–5.5

V64

MHz

16 M

Hz,

31 k

Hz–

17–

17–

2ü

––

–1

1–

––

––

3–

22

––

–PB

ORü

üü

$1.4

8SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)

, 4 ×

4 U

QFN(

MV)

Tem

p*

PIC1

6F88

6R

2825

MR

14 K

B 8

KwRW

368

256

2V–5

.5V

20 M

Hz8

MHz

, 31

kHz

–11

–11

–2

––

––

11

––

––

–1

–1

1–

––

BOR

SW◊ü

ü$1

.49

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

6 ×

6 QF

N (M

L)

PIC1

8F25

J10

R28

21PI

C18

32 K

B 16

Kw

RW10

24–

2V–3

.6V

40 M

Hz32

kHz

–10

–10

–2

––

––

2–

––

––

–2

–1

1–

––

BOR

––

–$1

.58

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

QFN

(ML)

PIC1

8F25

K22

R28

25PI

C18

32 K

B 16

Kw

RW15

3625

61.

8V–5

.5V

64 M

Hz16

MHz

, 31

kHz

–17

–17

–2

ü–

––

23

––

––

–4

–2

2–

––

PBOR

üü

ü$1

.62

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

6 ×

6 QF

N (M

L)Te

mp*

PIC1

8F24

J11

R28

21PI

C18

16 K

B 8

KwRW

3800

–2V

–3.6

V48

MHz

8 M

Hz,

31 k

Hz–

10–

10–

2ü

––

––

2–

––

––

3–

22

––

–BO

RSW

◊–

–$1

.65

SPDI

P (S

P), S

OIC

(SO)

, QFN

(ML)

Perip

hera

l Pin

Sel

ect,

Deep

Sle

ep M

ode

PIC1

8F24

K50

R28

25PI

C18

16 K

B 8

KwRW

2K25

61.

8V–5

.5V

48 M

Hz48

MHz

–14

–14

–2

ü–

––

11

––

––

22

–1

1–

ü–

BOR

––

–$1

.65

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

6 ×

6 QF

N (M

L)

PIC1

8F26

K20

R28

25PI

C18

64 K

B 32

Kw

RW39

3610

241.

8V–3

.6V

64 M

Hz16

MHz

, 31

kHz

–11

–11

–2

––

––

11

––

––

–3

–1

1–

––

PBOR

ü–

–$1

.65

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

6 ×

6 QF

N (M

L)Te

mp*

PIC1

8F25

K50

R28

25PI

C18

16 K

B 16

Kw

RW2K

256

1.8V

–5.5

V48

MHz

48 M

Hz–

14–

14–

2ü

––

–1

1–

––

–2

2–

11

–ü

–BO

R–

––

$1.7

6SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, 6

× 6

QFN

(ML)

Crys

tal F

ree

USB

PIC1

8F25

J11

R28

21PI

C18

32 K

B 16

Kw

RW38

00–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–10

–10

–2

ü–

––

–2

––

––

–3

–2

2–

––

BOR

SW◊

––

$1.7

9SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QF

N (M

L)Pe

riphe

ral P

in S

elec

t, De

ep S

leep

Mod

e

PIC1

8F24

J50

R28

22PI

C18

16 K

B 8

KwRW

3800

–2V

–3.6

V48

MHz

8 M

Hz,

31 k

Hz–

10–

10–

2ü

––

––

2–

––

–2

3–

22

–ü

–BO

RSW

◊–

–$1

.86

SPDI

P (S

P), S

OIC

(SO)

, QFN

(ML)

Perip

hera

l Pin

Sel

ect,

Deep

Sle

ep M

ode

PIC1

8F26

K22

R28

25PI

C18

64 K

B 32

Kw

RW38

9610

241.

8V–5

.5V

64 M

Hz16

MHz

, 31

kHz

–17

–17

–2

ü–

––

23

––

––

34

–2

2–

––

PBOR

üü

ü$1

.92

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

6 ×

6 QF

N (M

L)Te

mp*

PIC1

8F25

K80

R28

24PI

C18

32 K

B 16

Kw

RW36

4810

241.

8V–5

.5V

64 M

Hz8

MHz

, 31

kHz

–8

––

82

ü–

––

41

––

––

23

–2

1–

–ü

PBOR

ü–

–$1

.93

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

QFN

(ML)

Deep

Sle

ep M

ode

PIC1

8F25

J50

R28

22PI

C18

32 K

B 16

Kw

RW38

00–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–10

–10

–2

ü–

––

–2

––

––

23

–2

2–

ü–

BOR

SW◊

––

$2.0

0SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QF

N (M

L)Pe

riphe

ral P

in S

elec

t, De

ep S

leep

Mod

e

PIC1

8F26

J11

R28

21PI

C18

64 K

B 32

Kw

RW38

00–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–10

–10

–2

ü–

––

–2

––

––

23

–2

2–

––

BOR

SW◊

––

$2.0

7SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QF

N (M

L)Pe

riphe

ral P

in S

elec

t, De

ep S

leep

Mod

e

PIC1

8F26

K80

R28

24PI

C18

64 K

B 32

Kw

RW36

4810

241.

8V–5

.5V

64 M

Hz8

MHz

, 31

kHz

–8

––

82

ü–

––

41

––

––

23

–2

1–

–ü

PBOR

ü–

–$2

.21

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

QFN

(ML)

Deep

Sle

ep M

ode

PIC1

8F26

J13

R28

23PI

C18

64 K

B 32

Kw

RW38

08–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–10

––

103

ü–

––

73

––

––

44

–2

2–

––

BOR

ü–

–$2

.24

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

QFN

(ML)

SPI w

/DM

A

PIC1

8F26

J50

R28

22PI

C18

64 K

B 32

Kw

RW38

00–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–10

–10

–2

ü–

––

–2

––

––

23

–2

2–

ü–

BOR

SW◊

––

$2.2

8SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QF

N (M

L)Pe

riphe

ral P

in S

elec

t, De

ep S

leep

Mod

e

PIC1

8F26

J53

R28

22PI

C18

64 K

B 32

Kw

RW38

08–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–10

––

103

ü–

––

73

––

––

44

–2

2–

ü–

BOR

ü–

–$2

.45

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S),

QFN

(ML)

SPI w

/DM

A

PIC1

8F27

J13

R28

23PI

C18

128

KB

64 K

wRW

3808

–2V

–3.6

V48

MHz

8 M

Hz,

31 k

Hz–

10–

–10

3ü

––

–7

3–

––

–4

4–

22

––

–BO

Rü

––

$2.4

8SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QF

N (M

L)SP

I w/D

MA

PIC1

8F27

J53

R28

22PI

C18

128

KB

64 K

wRW

3808

–2V

–3.6

V48

MHz

8 M

Hz,

31 k

Hz–

10–

–10

3ü

––

–7

3–

––

–4

4–

22

–ü

–BO

Rü

––

$2.6

9SP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QF

N (M

L)SP

I w/D

MA

PIC1

6F17

18

NR28

25EM

R28

KB

RW20

48–

1.8V

–5.5

V32

MHz

32 M

Hz–

17–

17–

2–

21/

1/0

22

00/

11

–4

41

–1

1–

––

BOR

––

üca

ll fo

r pr

icin

gPD

IP (P

), SO

IC (S

O), S

SOP

(SS)

, UQ

FN 4

× 4

(MV)

, QFN

6 ×

6 (M

L)

40-Pin

PIC1

6F59

R40

32BL

3 KB

2

Kw–

134

–2V

–5.5

V20

MHz

––

––

––

––

––

––

––

––

–1

––

––

––

––

––

–$0

.85

PDIP

(P),

TQFP

(PT)

PIC1

6LF1

904

R40

36EM

R7

KB

4 Kw

RW25

6–

1.8V

–3.6

V20

MHz

16 M

Hz11

614

–14

––

––

––

––

––

––

11

–1

––

––

––

––

$1.1

9PD

IP (P

), TQ

FP (P

T),

5 ×

5 UQ

FN (M

V)In

tegr

ated

LCD

Dr

iver,

Tem

p*

PIC1

6LF1

907

R40

36EM

R14

KB

8 Kw

RW51

2–

1.8V

–3.6

V20

MHz

16 M

Hz11

614

–14

––

––

––

––

––

––

11

–1

––

––

––

––

$1.2

5PD

IP (P

), TQ

FP (P

T),

5 ×

5 UQ

FN (M

V)In

tegr

ated

LCD

Dr

iver,

Tem

p*

PIC1

6F15

17

R40

36EM

R14

KB

8 Kw

RW51

2–

1.8V

–5.5

V20

MHz

16 M

Hz–

28–

28–

––

––

–2

––

––

–2

1–

11

––

–PB

ORSW

–ü

$1.3

2PD

IP (P

), TQ

FP (P

T),

5 ×

5 UQ

FN (M

V)Te

mp*

PIC1

6F15

19

R40

36EM

R28

KB

16 K

wRW

1024

–1.

8V–5

.5V

20 M

Hz16

MHz

–28

–28

––

––

––

2–

––

––

21

–1

1–

––

PBOR

SW–

ü$1

.37

PDIP

(P),

TQFP

(PT)

, 5

× 5

UQFN

(MV)

Tem

p*

PIC1

6F72

4 R

4036

MR

7 KB

4

KwRW

192

–1.

8V–5

.5V

20 M

Hz16

MHz

–16

14–

––

––

––

2–

––

––

21

1–

1–

––

BOR

SW◊

–ü

$1.4

0PD

IP (P

), TQ

FP (P

T), 8

× 8

QFN

(M

L), 5

× 5

UQF

N (M

V)Te

mp*

PIC1

6F19

34

R40

36EM

R7

KB

4 Kw

RW25

625

61.

8V–5

.5V

32 M

Hz32

MHz

, 31

kHz

9616

–14

–2

––

––

23

––

––

41

–1

1–

––

PBOR

SW◊ü

ü$1

.47

PDIP

(P),

TQFP

(PT)

, 8 ×

8 Q

FN

(ML)

, 5 ×

5 U

QFN

(MV)

Tem

p*

PIC1

8F43

K20

R40

36PI

C18

8 KB

4

KwRW

512

256

1.8V

–3.6

V64

MHz

16 M

Hz,

31 k

Hz–

14–

14–

2–

––

–1

1–

––

–1

3–

11

––

–BO

Rü

––

$1.4

7PD

IP (P

), TQ

FP (P

T), 8

× 8

QFN

(M

L), 5

× 5

UQF

N (M

V)


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

◊ So

ftwar

e PL

VD im

plem

ente

d vi

a AD

C.*

Inte

grat

ed T

empe

ratu

re In

dica

tor:

Ref

eren

ce A

pplic

atio

n N

ote

AN13

33 fo

r im

plem

enta

tion.

eXt

rem

e Lo

w P

ower

var

iant

s av

aila

ble.

8-b

it P

iC®

MiC

ro

Co

ntr

oll

ers

Prod

uct


Pins

Core

Mem

ory

Voltage range

ope

ratin

g sp

eed

lCD segments

mtouch™ Channels

Anal

og s

ensi

ng &

Mea

sure

men

tD

igita

lCo

mm

unic

atio

nM

onito

rs

sr-latch

timer 1 Gate

5 ku Pricing†

Pack

ages

(D

esig

nato

r)sp

ecia

l Fe

atur

es

total

i/o

Program

self-read/Write

Data rAM (b)

Data ee (b)

Maximum speed

internal oscillator

8-bit ADC

10-bit ADC

12-bit ADC

Comparators


op Amp

DAC (5b/8b/9b)

PWM

CCP

eCCP

CWG/CoG

nCo

PsMC

ClC

8-bit timer

16-bit timer

AUsArt

eUsArt

i2C™/sPi

ethernet (MAC/PHY)

Usb 2.0 Device

CAn

bor/Pbor

PlVD

40/44-Pin (Cont.)

PIC1

6F72

7 R

4036

MR

14 K

B 8

KwRW

368

–1.

8V–5

.5V

20 M

Hz16

MHz

–16

14–

––

––

––

2–

––

––

21

1–

1–

––

BOR

SW◊

–ü

$1.5

4PD

IP (P

), TQ

FP (P

T), 8

× 8

QFN

(M

L), 5

× 5

UQF

N (M

V)Te

mp*

PIC1

6F17

84

R40

36EM

R7

KB

4 Kw

RW51

225

61.

8V–5

.5V

32 M

Hz32

MHz

––

––

144

–3

0/1/

0–

3–

––

3–

21

–1

1–

––

BOR

SW◊

–ü

$1.5

4PD

IP (P

), TQ

FP (P

T), 8

× 8

QFN

(M

L), 5

× 5

UQF

N (M

V)

PIC1

6F19

37

R40

36EM

R14

KB

8 Kw

RW51

225

61.

8V–5

.5V

32 M

Hz32

MHz

, 31

kHz

9616

–14

–2

––

––

23

––

––

41

–1

1–

––

PBOR

SW◊

üü

$1.5

4PD

IP (P

), TQ

FP (P

T), 8

× 8

QFN

(M

L), 5

× 5

UQF

N (M

V)Te

mp*

PIC1

8F44

K20

R40

36PI

C18

16 K

B 8

KwRW

768

256

1.8V

–3.6

V64

MHz

16 M

Hz,

31 k

Hz–

14–

14–

2–

––

–1

1–

––

–1

3–

11

––

–PB

ORü

––

$1.5

4PD

IP (P

), TQ

FP (P

T), 8

× 8

QFN

(M

L), 5

× 5

UQF

N (M

V)

PIC1

6F17

87

R40

36EM

R14

KB

8 Kw

RW10

2425

61.

8V–5

.5V

32 M

Hz32

MHz

––

––

144

–3

0/1/

0–

3–

––

3–

21

–1

1–

––

BOR

SW◊

–ü

$1.6

1PD

IP (P

), TQ

FP (P

T), 8

× 8

QFN

(M

L), 5

× 5

UQF

N (M

V)

PIC1

6F19

39

R40

36EM

R28

KB

16 K

wRW

1024

256

1.8V

–5.5

V32

MHz

32 M

Hz,

31 k

Hz96

16–

14–

2–

––

–2

3–

––

–4

1–

11

––

–PB

ORSW

◊ü

ü$1

.61

PDIP

(P),

TQFP

(PT)

, 8 ×

8 Q

FN

(ML)

, 5 ×

5 U

QFN

(MV)

Tem

p*

PIC1

8F45

K20

R40

36PI

C18

32 K

B 16

Kw

RW15

3625

61.

8V–3

.6V

64 M

Hz16

MHz

, 31

kHz

–14

–14

–2

––

––

11

––

––

13

–1

1–

––

PBOR

ü–

–$1

.61

PDIP

(P),

TQFP

(PT)

, 8 ×

8 Q

FN

(ML)

, 5 ×

5 U

QFN

(MV)

PIC1

6F88

4R

4036

MR

7 KB

4

KwRW

256

256

2V–5

.5V

20 M

Hz8

MHz

, 31

kHz

–14

–14

–2

––

––

11

––

––

21

–1

1–

––

BOR

SW◊

üü

$1.6

3PD

IP (P

), TQ

FP (P

T),

8 ×

8 QF

N (M

L)

PIC1

8F44

J10

R40

32PI

C18

16 K

B 8

KwRW

1024

–2V

–3.6

V40

MHz

31 k

Hz–

13–

13–

2–

––

–1

1–

––

–1

2–

12

––

–BO

R–

––

$1.6

7PD

IP (P

), TQ

FP (P

T), Q

FN (M

L)

PIC1

8F43

K22

R40

36PI

C18

8 KB

4

KwRW

512

256

1.8V

–5.5

V64

MHz

16 M

Hz,

31 k

Hz–

28–

28–

2ü

––

–1

1–

––

–1

3–

22

––

–PB

ORP

PP

$1.6

8 PD

IP (P

), TQ

FP (P

T), 8

× 8

QFN

(M

L), 5

× 5

UQF

N (M

V)Te

mp*

PIC1

8F17

89

NR40

36EM

R28

KB

16 k

WRW

2K25

61.

8V–5

.5V

32 M

Hz32

MHz

–14

––

144

–3

3/1/

0–

3–

––

4–

21

–1

1–

––

BOR

––

ü$1

.68

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), 6

× 6

QFN

(ML)

, 4 ×

4

UQFN

(MV)

PIC1

8F44

K22

R40

36PI

C18

16 K

B 8

KwRW

768

256

1.8V

–5.5

V64

MHz

16 M

Hz,

31 k

Hz–

28–

28–

2ü

––

–1

1–

––

–1

3–

22

––

–PB

ORP

PP

$1.7

5 PD

IP (P

), TQ

FP (P

T), 8

× 8

QFN

(M

L), 5

× 5

UQF

N (M

V)Te

mp*

PIC1

6F88

7R

4036

MR

14 K

B 8

KwRW

368

256

2V–5

.5V

20 M

Hz8

MHz

, 31

kHz

–14

–14

–2

––

––

11

––

––

21

–1

1–

––

BOR

SW◊

üü

$1.7

8PD

IP (P

), TQ

FP (P

T),

8 ×

8 QF

N (M

L)

PIC1

8F45

J10

R40

32PI

C18

32 K

B 16

Kw

RW10

24–

2V–3

.6V

40 M

Hz31

kHz

–13

–13

–2

––

––

11

––

––

12

–1

2–

––

BOR

––

–$1

.81

PDIP

(P),

TQFP

(PT)

, QFN

(ML)

PIC1

8F46

K20

R40

36PI

C18

64 K

B 32

Kw

RW39

3610

241.

8V–3

.6V

64 M

Hz16

MHz

, 31

kHz

–14

–14

–2

––

––

11

––

––

13

–1

1–

––

PBOR

ü–

–$1

.82

PDIP

(P),

TQFP

(PT)

, 8

× 8

QFN

(ML)

PIC1

8F45

K22

R40

36PI

C18

32 K

B 16

Kw

RW15

3625

61.

8V–5

.5V

64 M

Hz16

MHz

, 31

kHz

–28

–28

–2

ü–

––

22

––

––

34

–2

2–

––

PBOR

üü

ü$1

.89

PDIP

(P),

TQFP

(PT)

, 8 ×

8 Q

FN

(ML)

, 5 ×

5 U

QFN

(MV)

Tem

p*

PIC1

8F44

J11

R40

34PI

C18

16 K

B 8

KwRW

3800

–2V

–3.6

V48

MHz

8 M

Hz,

31 k

Hz–

13–

13–

2ü

––

––

2–

––

–2

3–

22

––

–BO

RSW

◊–

–$1

.95

TQFP

(PT)

, QFN

(ML)

Perip

hera

l Pin

Sel

ect,

Deep

Sle

ep M

ode

PIC1

8F45

K50

R40

36PI

C18

32KB

16

kW

RW2K

256

1.8V

–5.5

V48

MHz

48 M

Hz–

25–

25–

2ü

––

–1

1–

––

–2

2–

11

–ü

–BO

R–

––

$1.9

9PD

IP (P

), TQ

FP (P

T), 5

× 5

UQ

FN (M

V)Cr

ysta

l Fre

e US

B

PIC1

8F45

J11

R40

34PI

C18

32 K

B 16

Kw

RW38

00–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–13

–13

–2

ü–

––

–2

––

––

23

–2

2–

––

BOR

SW◊

––

$2.0

9TQ

FP (P

T), Q

FN (M

L)Pe

riphe

ral P

in S

elec

t, De

ep S

leep

Mod

e

PIC1

8F44

J50

R40

34PI

C18

16 K

B 8

KwRW

3800

–2V

–3.6

V48

MHz

8 M

Hz,

31 k

Hz–

13–

13–

2ü

––

––

2–

––

–2

3–

22

–ü

–BO

RSW

◊–

–$2

.16

TQFP

(PT)

, QFN

(ML)

Perip

hera

l Pin

Sel

ect,

Deep

Sle

ep M

ode

PIC1

8F45

K80

R40

35PI

C18

32 K

B 16

Kw

RW36

4810

241.

8V–5

.5V

64 M

Hz8

MHz

, 31

kHz

–11

––

112

ü–

––

41

––

––

23

–2

1–

–ü

PBOR

üü

ü$2

.17

PDIP

(P),

TQFP

(PT)

, QFN

(ML)

Deep

Sle

ep M

ode

PIC1

8F46

K22

R40

36PI

C18

64 K

B 32

Kw

RW38

9610

241.

8V–5

.5V

64 M

Hz16

MHz

, 31

kHz

–28

–28

–2

ü–

––

22

––

––

34

–2

2–

––

PBOR

üü

ü$2

.17

PDIP

(P),

TQFP

(PT)

, 8 ×

8 Q

FN

(ML)

, 5 ×

5 U

QFN

(MV)

Tem

p*

PIC1

8F45

J50

R40

34PI

C18

32 K

B 16

Kw

RW38

00–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–13

–13

–2

ü–

––

–2

––

––

23

–2

2–

ü–

BOR

SW◊

––

$2.3

0TQ

FP (P

T), Q

FN (M

L)Pe

riphe

ral P

in S

elec

t, De

ep S

leep

Mod

e

PIC1

8F46

J11

R40

34PI

C18

64 K

B 32

Kw

RW38

00–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–13

–13

–2

ü–

––

–2

––

––

23

–2

2–

––

BOR

SW◊

––

$2.3

7PD

IP (P

), TQ

FP (P

T), Q

FN (M

L)Pe

riphe

ral P

in S

elec

t, De

ep S

leep

Mod

e

PIC1

8F46

K80

R44

35PI

C18

64 K

B 32

Kw

RW36

4810

241.

8V–5

.5V

64 M

Hz8

MHz

, 31

kHz

–11

––

112

ü–

––

41

––

––

23

–2

1–

–ü

PBOR

ü–

–$2

.45

PDIP

(P),

TQFP

(PT)

, QFN

(ML)

Deep

Sle

ep M

ode

PIC1

8F46

J13

R44

34PI

C18

64 K

B 32

Kw

RW38

08–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–13

––

133

ü–

––

73

––

––

44

–2

2–

––

BOR

ü–

–$2

.52

TQFP

(PT)

, QFN

(ML)

SPI w

/DM

A

PIC1

8F46

J50

R40

34PI

C18

64 K

B 32

Kw

RW38

00–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–13

–13

–2

ü–

––

–2

––

––

23

–2

2–

ü–

BOR

SW◊

––

$2.5

8PD

IP (P

), TQ

FP (P

T), Q

FN (M

L)Pe

riphe

ral P

in S

elec

t, De

ep S

leep

Mod

e

PIC1

8F46

J53

R44

33PI

C18

64 K

B 32

Kw

RW38

08–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–13

––

133

ü–

––

73

––

––

44

–2

2–

ü–

BOR

ü–

–$2

.73

TQFP

(PT)

, QFN

(ML)

Inte

grat

ed L

CD

Drive

r, SP

I w/D

MA

PIC1

8F47

J13

R44

34PI

C18

128

KB

64 K

wRW

3808

–2V

–3.6

V48

MHz

8 M

Hz,

31 k

Hz–

13–

–13

3ü

––

–7

3–

––

–4

4–

22

––

–BO

Rü

––

$2.7

6TQ

FP (P

T), Q

FN (M

L)SP

I w/D

MA

PIC1

8F47

J53

R44

33PI

C18

128

KB

64 K

wRW

3808

–2V

–3.6

V48

MHz

8 M

Hz,

31 k

Hz–

13–

–13

3ü

––

–7

3–

––

–4

4–

22

–ü

–BO

Rü

––

$2.9

7TQ

FP (P

T), Q

FN (M

L)In

tegr

ated

LCD

Dr

iver,

SPI w

/DM

A

PIC1

6F17

19

NR40

36EM

R28

KB

RW20

48–

1.8V

–5.5

V32

MHz

32 M

Hz–

28–

28–

2–

31/

1/0

22

00/

11

–4

41

–1

1–

––

BOR

––

üca

ll fo

r pr

icin

gPD

IP (P

), TQ

FP (P

T),

5 ×

5 UQ

FN (M

V)


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

◊ So

ftwar

e PL

VD im

plem

ente

d vi

a AD

C.*

Inte

grat

ed T

empe

ratu

re In

dica

tor:

Ref

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ce A

pplic

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AN13

33 fo

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plem

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tion.

eXt

rem

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w P

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var

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s av

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ble.

8-b

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MiC

ro

Co

ntr

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Prod

uct


Pins

Core

Mem

ory

Voltage range

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ratin

g sp

eed

lCD segments

mtouch™ Channels

Anal

og s

ensi

ng &

Mea

sure

men

tD

igita

lCo

mm

unic

atio

nM

onito

rs

sr-latch

timer 1 Gate

5 ku Pricing†

Pack

ages

(D

esig

nato

r)sp

ecia

l Fe

atur

es

total

i/o

Program

self-read/Write

Data rAM (b)

Data ee (b)

Maximum speed

internal oscillator

8-bit ADC

10-bit ADC

12-bit ADC

Comparators


op Amp

DAC (5b/8b/9b)

PWM

CCP

eCCP

CWG/CoG

nCo

PsMC

ClC

8-bit timer

16-bit timer

AUsArt

eUsArt

i2C™/sPi

ethernet (MAC/PHY)

Usb 2.0 Device

CAn

bor/Pbor

PlVD

64-Pin

PIC1

6F15

26

R64

54EM

R14

KB

8 Kw

RW76

8–

1.8V

–5.5

V20

MHz

16 M

Hz–

30–

30–

––

––

–10

––

––

–6

3–

22

––

–PB

ORSW

◊–

ü$1

.47

TQFP

(PT)

, QFN

(MR)

Tem

p*

PIC1

6F15

27

R64

54EM

R28

KB

16 K

wRW

1536

–1.

8V–5

.5V

20 M

Hz16

MHz

–30

–30

––

––

––

10–

––

––

63

–2

2–

––

PBOR

SW◊

–ü

$1.5

4TQ

FP (P

T), Q

FN (M

R)Te

mp*

PIC1

6F19

46

R64

53EM

R14

KB

8 Kw

RW51

225

61.

8V–5

.5V

32 M

Hz32

MHz

, 31

kHz

184

17–

17–

3–

––

–2

3–

––

–4

1–

22

––

–BO

RSW

◊ü

ü$1

.75

TQFP

(PT)

, QFN

(MR)

Tem

p*

PIC1

6F19

47

R64

53EM

R28

KB

16 K

wRW

1024

256

1.8V

–5.5

V32

MHz

32 M

Hz, 3

1 kH

z18

417

–17

–3

––

––

23

––

––

41

–2

2–

––

BOR

SW◊

üü

$1.8

2TQ

FP (P

T), Q

FN (M

R)Te

mp*

PIC1

8F63

J11

R64

54PI

C18

8 KB

4

KwRW

1024

–2V

–3.6

V40

MHz

8 M

Hz, 3

1 kH

z–

12–

12–

2–

––

–2

––

––

–1

31

11

––

–PB

ORSW

◊–

–$2

.20

TQFP

(PT)

PIC1

8F65

J10

R64

50PI

C18

32 K

B 16

Kw

RW20

48–

2V–3

.6V

40 M

Hz31

kHz

–11

–11

–2

––

––

23

––

––

23

–2

2–

––

BOR

ü–

–$2

.25

TQFP

(PT)

PIC1

8F64

J11

R64

54PI

C18

16 K

B 8

KwRW

1024

–2V

–3.6

V40

MHz

8 M

Hz, 3

1 kH

z–

12–

12–

2–

––

–2

––

––

–1

31

11

––

–BO

RSW

◊–

–$2

.27

TQFP

(PT)

PIC1

8F63

J90

R64

51PI

C18

8 KB

4

KwRW

1024

–2V

–3.6

V40

MHz

8 M

Hz, 3

1 kH

z13

212

–12

–2

––

––

2–

––

––

13

11

1–

––

BOR

ü–

–$2

.35

TQFP

(PT)

Inte

grat

ed L

CD D

river

PIC1

8F65

J11

R64

54PI

C18

32 K

B 16

Kw

RW20

48–

2V–3

.6V

40 M

Hz8

MHz

, 31

kHz

–12

–12

–2

––

––

2–

––

––

13

11

1–

––

BOR

SW◊

––

$2.3

7TQ

FP (P

T)

PIC1

8F65

J94

R64

51PI

C18

32 K

B 16

Kw

RW40

96–

2V–3

.6V

64 M

Hz64

MHz

224

24–

1616

3ü

––

ü7

3–

––

–4

4–

42

–ü

–BO

R–

–ü

$2.3

8QF

N (M

R), T

QFP

(PT)

USB

& LC

D

PIC1

8F65

K22

R64

53PI

C18

32 K

B 16

Kw

RW20

4810

241.

8V–5

.5V

64 M

Hz31

kHz

, 500

kHz

, 1

6 M

Hz–

16–

–16

3ü

––

–5

3–

––

–4

4–

22

––

–BO

Rü

––

$2.3

9TQ

FP (P

T), Q

FN (M

R)

PIC1

8F64

J90

R64

51PI

C18

16 K

B 8

KwRW

1024

–2V

–3.6

V40

MHz

8 M

Hz, 3

1 kH

z13

212

–12

–2

––

––

2–

––

––

13

11

1–

––

BOR

ü–

–$2

.41

TQFP

(PT)

Inte

grat

ed L

CD D

river

PIC1

8F66

J10

R64

50PI

C18

64 K

B 32

Kw

RW20

48–

2V–3

.6V

40 M

Hz31

kHz

–11

–11

–2

––

––

23

––

––

23

–2

2–

––

BOR

ü–

–$2

.49

TQFP

(PT)

PIC1

8F65

J90

R64

50PI

C18

32 K

B 16

Kw

RW20

48–

2V–3

.6V

40 M

Hz8

MHz

, 31

kHz

132

12–

12–

2–

––

–2

––

––

–1

31

11

––

–BO

Rü

––

$2.5

2TQ

FP (P

T)In

tegr

ated

LCD

Driv

er

PIC1

8F65

K90

R64

53PI

C18

32 K

B 16

Kw

RW20

4810

241.

8V–5

.5V

64 M

Hz31

kHz

, 500

kHz

, 1

6 M

Hz13

216

––

163

ü–

––

53

––

––

44

–2

2–

––

BOR

ü–

–$2

.53

TQFP

(PT)

, QFN

(MR)

Inte

grat

ed L

CD D

river

PIC1

8F65

J50

R64

49PI

C18

32 K

B 16

Kw

RW39

04–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–8

–8

–2

––

––

23

––

––

23

–2

2–

ü–

BOR

ü–

–$2

.63

TQFP

(PT)

PIC1

8F66

J11

R64

50PI

C18

64 K

B 32

Kw

RW39

04–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–11

–11

–2

––

––

23

––

––

23

–2

2–

––

BOR

ü–

–$2

.63

TQFP

(PT)

PIC1

8F66

J94

R64

51PI

C18

64 K

B 32

Kw

RW40

96–

2V–3

.6V

64 M

Hz64

MHz

224

24–

1616

3ü

––

ü7

3–

––

–4

4–

42

–ü

–BO

R–

–ü

$2.6

9QF

N (M

R), T

QFP

(PT)

USB

& LC

D

PIC1

8F66

J93

R64

51PI

C18

64 K

B 32

Kw

RW39

00–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

132

12–

–12

2ü

––

–2

––

––

–1

31

11

––

–BO

Rü

––

$2.7

0TQ

FP (P

T)In

tegr

ated

LCD

Driv

er,

RTCC

PIC1

8F65

K80

R64

54PI

C18

32 K

B 16

Kw

RW36

4810

241.

8V–5

.5V

64 M

Hz8

MHz

, 31

kHz

–11

––

112

ü–

––

41

––

––

23

–2

1–

–ü

PBOR

ü–

–$2

.70

TQFP

(PT)

, QFN

(MR)

Deep

Sle

ep M

ode

PIC1

8F66

K22

R64

53PI

C18

64 K

B 32

Kw

RW40

9610

241.

8V–5

.5V

64 M

Hz31

kHz

, 500

kHz

, 1

6 M

Hz–

16–

–16

3ü

––

–7

3–

––

–6

5–

22

––

–BO

Rü

––

$2.7

0TQ

FP (P

T), Q

FN (M

R)

PIC1

8F67

J10

R64

50PI

C18

128

KB

64 K

wRW

3936

–2V

–3.6

V40

MHz

31 k

Hz–

11–

11–

2–

––

–2

3–

––

–2

3–

22

––

–BO

Rü

––

$2.7

7TQ

FP (P

T)

PIC1

8F66

K90

R64

53PI

C18

64 K

B 32

Kw

RW40

9610

241.

8V–5

.5V

64 M

Hz31

kHz

, 500

kHz

, 1

6 M

Hz13

216

––

163

ü–

––

73

––

––

65

–2

2–

––

BOR

ü–

–$2

.84

TQFP

(PT)

, QFN

(MR)

Inte

grat

ed L

CD D

river

PIC1

8F66

J50

R64

49PI

C18

64 K

B 32

Kw

RW39

04–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–8

–8

–2

––

––

23

––

––

23

–2

2–

ü–

BOR

ü–

–$2

.90

TQFP

(PT)

PIC1

8F67

J11

R64

50PI

C18

128

KB

64 K

wRW

3904

–2V

–3.6

V48

MHz

8 M

Hz, 3

1 kH

z–

11–

11–

2–

––

–2

3–

––

–2

3–

22

––

–BO

Rü

––

$2.9

3TQ

FP (P

T)

PIC1

8F67

J94

R64

51PI

C18

128

KB

64 K

wRW

4096

–2V

–3.6

V64

MHz

64 M

Hz22

424

–16

163

ü–

–ü

73

––

––

44

–4

2–

ü–

BOR

––

ü$2

.93

QFN

(MR)

, TQF

P (P

T)US

B &

LCD

PIC1

8F67

K22

R64

53PI

C18

128

KB

64 K

wRW

4096

1024

1.8V

–5.5

V64

MHz

31 k

Hz, 5

00 k

Hz,

16

MHz

–16

––

163

ü–

––

73

––

––

65

–2

2–

––

BOR

ü–

–$2

.94

TQFP

(PT)

, QFN

(MR)

PIC1

8F66

K80

R64

54PI

C18

64 K

B 32

Kw

RW36

4810

241.

8V–5

.5V

64 M

Hz8

MHz

, 31

kHz

–11

––

112

ü–

––

41

––

––

23

–2

1–

–ü

PBOR

ü–

–$2

.98

TQFP

(PT)

, QFN

(MR)

Deep

Sle

ep M

ode

PIC1

8F67

J93

R64

51PI

C18

128

KB

64 K

wRW

3900

–2V

–3.6

V48

MHz

8 M

Hz, 3

1 kH

z13

212

––

122

ü–

––

2–

––

––

13

11

1–

––

BOR

ü–

–$3

.00

TQFP

(PT)

Inte

grat

ed L

CD D

river

, RT

CC

PIC1

8F67

K90

R64

53PI

C18

128

KB

64 K

wRW

4096

1024

1.8V

–5.5

V64

MHz

31 k

Hz, 5

00 k

Hz,

16 M

Hz13

216

––

163

ü–

––

73

––

––

65

–2

2–

––

BOR

ü–

–$3

.08

TQFP

(PT)

, QFN

(MR)

Inte

grat

ed L

CD D

river

PIC1

8F67

J50

R64

49PI

C18

128

KB

64 K

wRW

3904

–2V

–3.6

V48

MHz

8 M

Hz, 3

1 kH

z–

8–

8–

2–

––

–2

3–

––

–2

3–

22

–ü

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Rü

––

$3.1

9TQ

FP (P

T)


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

◊ So

ftwar

e PL

VD im

plem

ente

d vi

a AD

C.*

Inte

grat

ed T

empe

ratu

re In

dica

tor:

Ref

eren

ce A

pplic

atio

n N

ote

AN13

33 fo

r im

plem

enta

tion.

eXt

rem

e Lo

w P

ower

var

iant

s av

aila

ble.

8-b

it P

iC®

MiC

ro

Co

ntr

oll

ers

Prod

uct


Pins

Core

Mem

ory

Voltage range

ope

ratin

g sp

eed

lCD segments

mtouch™ Channels

Anal

og s

ensi

ng &

Mea

sure

men

tD

igita

lCo

mm

unic

atio

nM

onito

rs

sr-latch

timer 1 Gate

5 ku Pricing†

Pack

ages

(D

esig

nato

r)sp

ecia

l Fe

atur

es

total

i/o

Program

self-read/Write

Data rAM (b)

Data ee (b)

Maximum speed

internal oscillator

8-bit ADC

10-bit ADC

12-bit ADC

Comparators


op Amp

DAC (5b/8b)

PWM

CCP

eCCP

CWG/CoG

nCo

PsMC

ClC

8-bit timer

16-bit timer

AUsArt

eUsArt

i2C™/sPi

ethernet (MAC/PHY)

Usb 2.0 Device

CAn

bor/Pbor

PlVD

80-Pin

PIC1

8F83

J11

R80

70PI

C18

8 KB

4

KwRW

1024

–2V

–3.6

V40

MHz

8 M

Hz, 3

1 kH

z–

12–

12–

2–

––

–2

––

––

–1

31

11

––

–BO

RSW

◊–

–$2

.46

TQFP

(PT)

PIC1

8F85

J10

R80

66PI

C18

32 K

B 16

Kw

RW20

48–

2V–3

.6V

40 M

Hz31

kHz

–15

–15

–2

––

––

23

––

––

23

–2

2–

––

BOR

ü–

–$2

.49

TQFP

(PT)

PIC1

8F84

J11

R80

70PI

C18

16 K

B 8

KwRW

1024

–2V

–3.6

V40

MHz

8 M

Hz, 3

1 kH

z–

12–

12–

2–

––

–2

––

––

–1

31

11

––

–BO

RSW

◊–

–$2

.52

TQFP

(PT)

PIC1

8F83

J90

R80

66PI

C18

8 KB

4

KwRW

1024

–2V

–3.6

V40

MHz

8 M

Hz, 3

1 kH

z19

212

–12

–2

––

––

2–

––

––

13

11

1–

––

BOR

ü–

–$2

.60

TQFP

(PT)

Inte

grat

ed L

CD D

river

PIC1

8F85

J11

R80

70PI

C18

32 K

B 16

Kw

RW20

48–

2V–3

.6V

40 M

Hz8

MHz

, 31

kHz

–12

–12

–2

––

––

2–

––

––

13

11

1–

––

BOR

SW◊

––

$2.6

3TQ

FP (P

T)

PIC1

8F85

J94

R80

67PI

C18

32 K

B 16

Kw

RW40

96–

2V–3

.6V

64 M

Hz64

MHz

352

24–

2424

3ü

––

ü7

3–

––

–4

4–

42

–ü

–BO

R–

–ü

$2.6

5TQ

FP (P

T)US

B &

LCD

PIC1

8F85

K22

R80

69PI

C18

32 K

B 16

Kw

RW20

4810

241.

8V–5

.5V

64 M

Hz31

kHz

, 500

kHz

, 16

MHz

24–

–24

3ü

––

–5

3–

––

–4

4–

22

––

–BO

Rü

––

$2.6

6TQ

FP (P

T)

PIC1

8F84

J90

R80

66PI

C18

16 K

B 8

KwRW

1024

–2V

–3.6

V40

MHz

8 M

Hz, 3

1 kH

z19

212

–12

–2

––

––

2–

––

––

13

11

1–

––

BOR

ü–

–$2

.67

TQFP

(PT)

Inte

grat

ed L

CD D

river

PIC1

8F86

J10

R80

66PI

C18

64 K

B 32

Kw

RW20

48–

2V–3

.6V

40 M

Hz31

kHz

–15

–15

–2

––

––

23

––

––

23

–2

2–

––

BOR

ü–

–$2

.74

TQFP

(PT)

PIC1

8F85

J90

R80

66PI

C18

32 K

B 16

Kw

RW20

48–

2V–3

.6V

40 M

Hz8

MHz

, 31

kHz

192

12–

12–

2–

––

–2

––

––

–1

31

11

––

–BO

Rü

––

$2.7

7TQ

FP (P

T), L

QFP

(PL)

Inte

grat

ed L

CD D

river

PIC1

8F85

K90

R80

69PI

C18

32 K

B 16

Kw

RW20

4810

241.

8V–5

.5V

64 M

Hz31

kHz

, 500

kHz

, 16

MHz

192

24–

–24

3ü

––

–5

3–

––

–4

4–

22

––

–BO

Rü

––

$2.8

0TQ

FP (P

T)In

tegr

ated

LCD

Driv

er

PIC1

8F85

J50

R80

65PI

C18

32 K

B 16

Kw

RW39

04–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–12

–12

–2

––

––

23

––

––

23

–2

2–

ü–

BOR

ü–

–$2

.90

TQFP

(PT)

PIC1

8F86

J11

R80

66PI

C18

64 K

B 32

Kw

RW39

04–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–15

–15

–2

––

––

23

––

––

23

–2

2–

––

BOR

ü–

–$2

.90

TQFP

(PT)

PIC1

8F86

J94

R80

67PI

C18

64 K

B 32

Kw

RW40

96–

2V–3

.6V

64 M

Hz64

MHz

352

24–

2424

3ü

––

ü7

3–

––

–4

4–

42

–ü

–BO

R–

–ü

$2.9

5TQ

FP (P

T)US

B &

LCD

PIC1

8F86

J93

R80

67PI

C18

64 K

B 32

Kw

RW39

00–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

192

12–

–12

2ü

––

–2

––

––

–1

31

11

––

–BO

Rü

––

$2.9

7TQ

FP (P

T)In

tegr

ated

LCD

Driv

er,

RTCC

PIC1

8F86

K22

R80

69PI

C18

64 K

B 32

Kw

RW40

9610

241.

8V–5

.5V

64 M

Hz31

kHz

, 500

kHz

, 16

MHz

24–

–24

3ü

––

–7

3–

––

–6

5–

22

––

–BO

Rü

––

$2.9

7TQ

FP (P

T)

PIC1

8F87

J10

R80

66PI

C18

128

KB

64 K

wRW

3936

–2V

–3.6

V40

MHz

31 k

Hz–

15–

15–

2–

––

–2

3–

––

–2

3–

22

––

–BO

Rü

––

$3.0

2TQ

FP (P

T), L

QFP

(PL)

PIC1

8F86

K90

R80

69PI

C18

64 K

B 32

Kw

RW40

9610

241.

8V–5

.5V

64 M

Hz31

kHz

, 500

kHz

, 16

MHz

192

24–

–24

3ü

––

–7

3–

––

–6

5–

22

––

–BO

Rü

––

$3.1

1TQ

FP (P

T)In

tegr

ated

LCD

Driv

er

PIC1

8F86

J50

R80

65PI

C18

64 K

B 32

Kw

RW39

04–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

–12

–12

–2

––

––

23

––

––

23

–2

2–

ü–

BOR

ü–

–$3

.15

TQFP

(PT)

PIC1

8F87

J11

R80

66PI

C18

128

KB

64 K

wRW

3904

–2V

–3.6

V48

MHz

8 M

Hz, 3

1 kH

z–

15–

15–

2–

––

–2

3–

––

–2

3–

22

––

–BO

Rü

––

$3.1

9TQ

FP (P

T)

PIC1

8F87

J94

R80

67PI

C18

128

KB

64 K

wRW

4096

–2V

–3.6

V64

MHz

64 M

Hz35

224

–24

243

ü–

–ü

73

––

––

44

–4

2–

ü–

BOR

––

ü$3

.19

TQFP

(PT)

USB

& LC

D

PIC1

8F87

K22

R80

69PI

C18

128

KB

64 K

wRW

4096

1024

1.8V

–5.5

V64

MHz

31 k

Hz, 5

00 k

Hz,

16 M

Hz24

––

243

ü–

––

73

––

––

65

–2

2–

––

BOR

ü–

–$3

.21

TQFP

(PT)

PIC1

8F87

J93

R80

67PI

C18

128

KB

64 K

wRW

3900

–2V

–3.6

V48

MHz

8 M

Hz, 3

1 kH

z19

212

––

122

ü–

––

2–

––

––

13

11

1–

––

BOR

ü–

–$3

.26

TQF

P (P

T)In

tegr

ated

LCD

Driv

er,

RTCC

PIC1

8F87

K90

R80

69PI

C18

128

KB

64 K

wRW

4096

1024

1.8V

–5.5

V64

MHz

31 k

Hz, 5

00 k

Hz,

16 M

Hz19

224

––

243

ü–

––

73

––

––

65

–2

2–

––

BOR

ü–

–$3

.35

TQFP

(PT)

Inte

grat

ed L

CD D

river

PIC1

8F87

J50

R80

65PI

C18

128

KB

64 K

wRW

3904

–2V

–3.6

V48

MHz

8 M

Hz, 3

1 kH

z–

12–

12–

2–

––

–2

3–

––

–2

3–

22

–ü

–BO

Rü

––

$3.4

4 T

QFP

(PT)

PIC1

8F86

J60

R80

55PI

C18

64 K

B 32

Kw

RW38

08–

2V–3

.6V

42 M

Hz31

kHz

–15

–15

–2

––

––

23

––

––

23

–2

11

––

BOR

ü–

–$3

.63

TQFP

(PT)

Inte

grat

ed M

AC,

10 B

ase

T PH

Y

PIC1

8F87

J60

R80

55PI

C18

128

KB

64 K

wRW

3808

–2V

–3.6

V42

MHz

32 k

Hz, 3

1 kH

z–

15–

15–

2–

––

–2

3–

––

–2

3–

21

1–

–BO

Rü

––

$3.9

2 T

QFP

(PT)

Inte

grat

ed M

AC,

10 B

ase

T PH

Y

PIC1

8F86

J72

R80

51PI

C18

64 K

B 32

Kw

RW39

23–

2V–3

.6V

48 M

Hz8

MHz

, 31

kHz

132

12–

–12

2ü

––

–2

––

––

–1

31

11

––

–BO

Rü

––

$4.1

2TQ

FP (P

T)

2 ×

24-b

it AD

C, R

TCC

PIC1

8F87

J72

R80

51PI

C18

128

KB

64 K

wRW

3923

–2V

–3.6

V48

MHz

8 M

Hz, 3

1 kH

z13

212

––

122

ü–

––

2–

––

––

13

11

1–

––

BOR

ü–

–$4

.35

TQFP

(PT)

2

× 24

-bit

ADC,

RTC

C

100-Pin

PIC1

8F95

J94

R10

085

PIC1

832

KB

16 K

wRW

4096

–2V

–3.6

V64

MHz

64 M

Hz48

024

–24

243

ü–

–ü

73

––

––

44

–4

2–

ü–

BOR

––

ü$2

.83

TQFP

(PT/

PF)

USB

& LC

D

PIC1

8F96

J94

R10

085

PIC1

864

KB

32 K

wRW

4096

–2V

–3.6

V64

MHz

64 M

Hz48

024

–24

243

ü–

–ü

73

––

––

44

–4

2–

ü–

BOR

––

ü$3

.14

TQFP

(PT/

PF)

USB

& LC

D

PIC1

8F97

J94

R10

085

PIC1

812

8 KB

64

Kw

RW40

96–

2V–3

.6V

64 M

Hz64

MHz

480

24–

2424

3ü

––

ü7

3–

––

–4

4–

42

–ü

–BO

R–

–ü

$3.3

7TQ

FP (P

T/PF

)US

B &

LCD

PIC1

8F96

J60

R10

070

PIC1

864

KB

32 K

wRW

3808

–2V

–3.6

V42

MHz

31 k

Hz–

16–

16–

2–

––

–2

3–

––

–2

3–

22

1–

–BO

Rü

––

$3.8

4 T

QFP

(PT)

Inte

grat

ed M

AC,

10 B

ase

T PH

Y

PIC1

8F97

J60

R10

070

PIC1

812

8 KB

64

Kw

RW38

08–

2V–3

.6V

42 M

Hz31

kHz

–16

–16

–2

––

––

23

––

––

23

–2

21

––

BOR

ü–

–$4

.13

TQFP

(PT)

, LQF

P (P

L)In

tegr

ated

MAC

, 10

Bas

e T

PHY


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

16

-bit

PiC

® M

iCr

oCo

ntr

oll

ers (

PiC

24

F)

Prod

uct


i/o Pins

Core

Mem

ory

Voltage range

ope

ratin

g sp

eed

Anal

og s

ensi

ng &

Mea

sure

men

t

lCD segments

Graphics Controller

output Compare/PWM

input Capture

16-bit timer(2)

Com

mun

icat

ion

PMP

rtCC/CrC

PPs

5 ku Pricing†

Mon

itors

Pack

ages

(Des

igna

tor)

Program (Kb)

Data rAM (b)

eeProM

DMA #Ch

Maximum MiPs

internal oscillator


10-bit ADC

10/12-bit ADC 1100/500 KsPs

Comparators

Digital Communication

Usb 2.0 (Peripheral, Host, otC)

syst

em M

gmt.

Feat

ures

14-Pin

PIC2

4F04

KL10

0 R

12PI

C24

451

2AN

1095

(1)

–1.

8V–3

.6V

168

MHz

, 32

kHz

––

–1

––

22

21

UART

, 1 S

PI/I

2 C™

(M

SSP)

––

––

$1.0

6BO

R, H

LVD,

POR

, PW

RT,

WDT

, XLP

PDIP

(P),

TSSO

P (S

T)

PIC2

4F04

KA20

0 R

12PI

C24

451

2AN

1095

(1)

–1.

8V3.

6V16

8 M

Hz, 3

2 kH

zü

7–

2–

–1

13

1 UA

RT, 1

SPI

, 1 I2 C

–

––

–$1

.16

BOR,

POR

, WDT

, De

ep S

leep

, XLP

SPDI

P (S

P), T

SSOP

(ST)

PIC2

4F08

KL20

0 R

12PI

C24

851

2AN

1095

(1)

–1.

8V–3

.6V

168

MHz

, 32

kHz

–7

–1

––

22

21

UART

, 1 S

PI/I

2 C

(MSS

P)–

––

–$1

.25

BOR,

HLV

D, P

OR, P

WRT

, W

DT, X

LPPD

IP (P

), TS

SOP

(ST)

20-Pin

PIC2

4F08

KM10

1 NR

18PI

C24

810

2451

2–

1.8V

–5.5

V16

8 M

Hz, 3

2KHz

ü–

161

––

55

111

UART

, 1 S

PI/I

2 C

(MSS

P)–

–ü

–$1

.08

BOR,

HLV

D, P

OR,W

DT,

OST,

XLP

PDIP

(P),

SOIC

(SO)

PIC2

4F04

KL10

1 R

17PI

C24

451

2AN

1095

(1)

–1.

8V–3

.6V

168

MHz

, 32

kHz

––

–1

––

22

21

UART

, 1 S

PI/I

2 C

(MSS

P)–

––

–$1

.15

BOR,

HLV

D, P

OR, P

WRT

, W

DT, X

LPPD

IP (P

), SO

IC (S

O), S

SOP

(SS)

, 5 ×

5

QFN

(MQ)

PIC2

4F04

KA20

1 R

18PI

C24

451

2AN

1095

(1)

–1.

8V–3

.6V

168

MHz

, 32

kHz

ü9

–2

––

11

31

UART

, 1 S

PI, 1

I2 C

––

––

$1.2

5BO

R, P

OR, W

DT,

Deep

Sle

ep, X

LPPD

IP (P

), SO

IC (S

O), S

SOP

(SS)

, QFN

(MQL

)

PIC2

4F08

KL20

1 R

17PI

C24

851

2AN

1095

(1)

–1.

8V–3

.6V

168

MHz

, 32

kHz

–12

–1

––

22

21

UART

, 1 S

PI/I

2 C

(MSS

P)–

––

–$1

.30

BOR,

HLV

D, P

OR, P

WRT

, W

DT, X

LPPD

IP (P

), SO

IC (S

O), S

SOP

(SS)

, 5 ×

5

QFN

(MQ)

PIC2

4F08

KL30

1 R

18PI

C24

810

2425

6–

1.8V

–3.6

V16

8 M

Hz, 3

2 kH

z–

––

2–

–6

32

2 UA

RT, 2

SPI

/I2 C

(M

SSP)

––

––

$1.2

7BO

R, H

LVD,

POR

, PW

RT,

WDT

, XLP

PDIP

(P),

SOIC

(SO)

, SSO

P (S

S), 5

× 5

QF

N (M

Q)

PIC2

4F08

KL40

1 R

18PI

C24

810

2451

2–

1.8V

–3.6

V16

8 M

Hz, 3

2 kH

z–

12–

2–

–6

32

2 UA

RT, 2

SPI

/I2 C

(M

SSP)

––

––

$1.3

6BO

R, H

LVD,

POR

, PW

RT,

WDT

, XLP

PDIP

(P),

SOIC

(SO)

, SSO

P (S

S), 5

× 5

QF

N (M

Q)

PIC2

4F16

KL40

1 R

18PI

C24

1610

2451

2–

1.8V

–3.6

V16

8 M

Hz, 3

2 kH

z–

12–

2–

–6

32

2 UA

RT, 2

SPI

/I2 C

(M

SSP)

––

––

$1.4

3BO

R, H

LVD,

POR

, PW

RT,

WDT

, XLP

PDIP

(P),

SOIC

(SO)

, SSO

P (S

S), 5

× 5

QF

N (M

Q)

PIC2

4F08

KA10

1 R

18PI

C24

815

3651

2–

1.8V

–3.6

V16

8 M

Hz, 3

2 kH

zü

9–

2–

–1

13

2 UA

RT, 1

SPI

, 1 I2 C

––

ü–

$1.4

4BO

R, P

OR, W

DT,

Deep

Sle

ep, X

LPPD

IP (P

), SO

IC (S

O), S

SOP

(SS)

, QFN

(MQL

)

PIC2

4F16

KA10

1 R

18PI

C24

1615

3651

2–

1.8V

–3.6

V16

8 M

Hz, 3

2 kH

zü

9–

2–

–1

13

2 UA

RT, 1

SPI

, 1 I2 C

––

ü–

$1.5

1BO

R, P

OR, W

DT,

Deep

Sle

ep, X

LPPD

IP (P

), SO

IC (S

O), S

SOP

(SS)

, QFN

(MQL

)

PIC2

4FJ3

2MC1

01R

15PI

C24

3220

48AN

1095

(1)

–3V

–3.6

V16

7.37

MHz

, 32

kHz

ü6

–3

––

83

51

UART

, 1 S

PI, 1

I2 C–

–ü

ü$1

.68

BOR,

POR

, WDT

PDIP

(P),

SOIC

(SO)

, SSO

P (S

S), Q

FN (M

QL)

PIC2

4FJ1

6MC1

01

R15

PIC2

416

1024

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 kH

zü

4–

3–

–8

33

1 UA

RT, 1

SPI

, 1 I2 C

–

–ü

ü$1

.73

BOR,

POR

, WDT

PDIP

(P),

SOIC

(SO)

, SSO

P (S

S), Q

FN (M

QL)

PIC2

4F16

KA30

1 R

18PI

C24

1620

4851

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 kH

zü

–9

3–

–3

35

2 UA

RT, 2

SPI

, 2 I2 C

––

ü–

$1.8

6PW

RT, H

LVD,

POR

, OS

T, W

DTSP

DIP

(SP)

, SSO

P (S

S), S

OIC

(SO)

PIC2

4F32

KA30

1 R

18PI

C24

3220

4851

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 kH

zü

–9

3–

–3

35

2 UA

RT, 2

SPI

, 2 I2 C

––

ü–

$2.0

0PW

RT, H

LVD,

POR

, OS

T, W

DTSP

DIP

(SP)

, SSO

P (S

S), S

OIC

(SO)

28-Pin

PIC2

4F08

KL30

2 R

24PI

C24

810

2425

6–

1.8V

–3.6

V16

8 M

Hz, 3

2 kH

z–

––

2–

–6

32

2 UA

RT, 2

SPI

/I2 C

(M

SSP)

––

––

$1.3

2BO

R, H

LVD,

POR

, PW

RT,

WDT

, XLP

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), 5

× 5

QF

N (M

Q), 6

× 6

QFN

(ML)

PIC2

4F08

KL40

2 R

24PI

C24

810

2451

2–

1.8V

–3.6

V16

8 M

Hz, 3

2 kH

z–

12–

2–

–6

32

2 UA

RT, 2

SPI

/I2 C

(M

SSP)

––

––

$1.4

0BO

R, H

LVD,

POR

, PW

RT,

WDT

, XLP

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), 5

× 5

QF

N (M

Q), 6

× 6

QFN

(ML)

PIC2

4F16

KL40

2 R

24PI

C24

1610

2451

2–

1.8V

–3.6

V16

8 M

Hz, 3

2 kH

z–

12–

2–

–6

32

2 UA

RT, 2

SPI

/I2 C

(M

SSP)

––

––

$1.4

7BO

R, H

LVD,

POR

, PW

RT,

WDT

, XLP

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), 5

× 5

QF

N (M

Q), 6

× 6

QFN

(ML)

PIC2

4F08

KA10

2 R

24PI

C24

815

3651

2–

1.8V

–3.6

V16

8 M

Hz, 3

2 kH

zü

9–

2–

–1

13

2 UA

RT, 1

SPI

, 1 I2 C

––

ü–

$1.5

1BO

R, P

OR, W

DT,

Deep

Sle

ep, X

LPSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(ML)

PIC2

4F16

KA10

2 R

24PI

C24

1615

3651

2–

1.8V

–3.6

V16

8 M

Hz, 3

2 kH

zü

9–

2–

–1

13

2 UA

RT, 1

SPI

, 1 I2 C

––

ü–

$1.5

8BO

R, P

OR, W

DT,

Deep

Sle

ep, X

LPSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(ML)

PIC2

4FJ1

6MC1

02

R21

PIC2

416

1024

AN10

95(1

)–

3V–

3.6V

167.

37 M

Hz, 3

2 kH

zü

6–

3–

–8

33

1 UA

RT, 1

SPI

, 1 I2 C

–

–ü

ü$1

.68

BOR,

POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

L)

TLA

(TL)

PIC2

4FJ1

6MC1

01

R15

PIC2

416

1024

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 kH

zü

4–

3–

–8

33

1 UA

RT, 1

SPI

, 1 I2 C

–

–ü

ü$1

.73

BOR,

POR

, WDT

PDIP

(P),

SOIC

(SO)

, SSO

P (S

S), Q

FN (M

QL)

PIC3

2FJ3

2MC1

02R

21PI

C24

3220

48AN

1095

(1)

–3V

–3.6

V16

7.37

MHz

, 32

kHz

ü8

–3

––

83

51

UART

, 1 S

PI, 1

I2 C–

–ü

ü$1

.73

BOR,

POR

, WDT

PDIP

(P),

SOIC

(SO)

, SSO

P (S

S), Q

FN (M

QL),

VTLA

(TL)

PIC2

4FJ1

6GA0

02R

21PI

C24

1640

96AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

z–

10–

2–

–5

55

2 UA

RT, 2

SPI

, 2 I2 C

–ü

üü

$1.7

4BO

R, L

VD, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(ML)

PIC2

4F08

KM10

2 NR

24PI

C24

810

2451

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 KH

zü

–19

1–

–5

511

1 UA

RT, 1

SPI

/I2 C

(M

SSP)

––

ü–

$1.7

5BO

R, H

LVD,

POR

,WDT

, OS

T, X

LPSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QF

N (M

QL)

PIC2

4F16

KM10

2 NR

24PI

C24

1610

2451

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 KH

zü

–19

1–

–5

511

1 UA

RT, 1

SPI

/I2 C

(M

SSP)

––

ü–

$1.8

2BO

R, H

LVD,

POR

,WDT

, OS

T, X

LPSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QF

N (M

QL)

PIC2

4F08

KM20

2 NR

24PI

C24

820

4851

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 KH

zü

–19

3–

–5

511

2 UA

RT, 2

SPI

/I2 C

(M

SSP)

––

ü–

$1.8

2BO

R, H

LVD,

POR

,WDT

, OS

T, X

LPSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QF

N (M

QL)

PIC2

4F16

KM20

2 NR

24PI

C24

1620

4851

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 KH

zü

–19

3–

–5

511

2 UA

RT, 2

SPI

/I2 C

(M

SSP)

––

ü–

$1.8

9BO

R, H

LVD,

POR

,WDT

, OS

T, X

LPSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QF

N (M

QL)

PIC2

4FJ3

2GA0

02R

21PI

C24

3281

92AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

z–

10–

2–

–5

55

2 UA

RT, 2

SPI

, 2 I2 C

–

üü

ü$2

.06

BOR,

LVD

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

L)

PIC2

4F16

KA30

2 R

24PI

C24

1620

4851

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 kH

zü

–10

3–

–3

35

2 UA

RT, 2

SPI

, 2 I2 C

––

ü–

$2.0

6PW

RT, H

LVD,

POR

, OS

T, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(ML)

PIC2

4F32

KA30

2 R

24PI

C24

3220

4851

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 kH

zü

–10

3–

–3

35

2 UA

RT, 2

SPI

, 2 I2 C

––

ü–

$2.2

0PW

RT, H

LVD,

POR

, OS

T, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(ML)

PIC2

4FJ3

2GA1

02

R21

PIC2

432

8192

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü10

–3

––

55

52

UART

, 2 S

PI, 2

I2 C

–ü

üü

$2.2

3BO

R, L

VD, P

OR, W

DT,

Deep

Sle

ep, X

LPSP

DIP

(SP)

, SOI

C (S

O), Q

FN (M

L)

PIC2

4FJ3

2GB0

02

R19

PIC2

432

8192

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü9

–3

––

55

52

UART

, 2 S

PI, 2

I2 C

üü

üü

$2.4

4BO

R, L

VD, P

OR, W

DT,

Deep

Sle

ep, X

LPSP

DIP

(SP)

, SOI

C (S

O), Q

FN (M

L)

PIC2

4FJ6

4GA0

02R

21PI

C24

6481

92AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

z–

10–

2–

–5

55

2 UA

RT, 2

SPI

, 2 I2 C

–ü

üü

$2.4

8BO

R, L

VD, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(ML)

PIC2

4FJ6

4GA1

02

R21

PIC2

464

8192

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü10

–3

––

55

52

UART

, 2 S

PI, 2

I2 C–

üü

ü$2

.65

BOR,

LVD

, POR

, WDT

, De

ep S

leep

, XLP

SPDI

P (S

P), S

OIC

(SO)

, QFN

(ML)

PIC2

4FJ6

4GB0

02

R19

PIC2

464

8192

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü9

–3

––

55

52

UART

, 2 S

PI, 2

I2 C

üü

üü

$2.8

6BO

R, L

VD, P

OR, W

DT,

Deep

Sle

ep, X

LPSP

DIP

(SP)

, SOI

C (S

O), Q

FN (M

L)

* Pa

rts

avai

labl

e w

ith H

igh

Tem

pera

ture

Opt

ions

(150

°C).

not

e 1

: See

App

licat

ion

Not

e "A

N10

95: E

mul

atin

g D

ata

EEPR

OM

".

2: T

wo

16-b

it tim

ers

can

be c

onca

tena

ted

to fo

rm a

32-

bit t

imer

.


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

16

-bit

PiC

® M

iCr

oCo

ntr

oll

ers (

PiC

24

F)

Prod

uct


i/o Pins

Core

Mem

ory

Voltage range

ope

ratin

g sp

eed

Anal

og s

ensi

ng &

Mea

sure

men

t

lCD segments

Graphics Controller

output Compare/PWM

input Capture

16-bit timer(2)

Com

mun

icat

ion

PMP

rtCC/CrC

PPs

5 ku Pricing†

Mon

itors

Pack

ages

(Des

igna

tor)

Program (Kb)

Data rAM (b)

eeProM

DMA #Ch

Maximum MiPs

internal oscillator


10-bit ADC

10/12-bit ADC 1100/500 KsPs

Comparators



syst

em M

gmt.

Feat

ures

44-Pin

PIC2

4FJ1

6GA0

04R

35PI

C24

1640

96AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

z–

13–

2–

–5

55

2 UA

RT, 2

SPI

, 2 I2 C

™–

üü

ü$1

.93

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, QFN

(ML)

PIC2

4FJ3

2MC1

04R

35PI

C24

3220

48AN

1095

(1)

–3V

–3.6

V16

7.37

MHz

, 32

kHz

ü14

–3

––

83

51

UART

, 1 S

PI, 1

I2 C–

–ü

ü$2

.02

BOR

POR,

WDT

TQFP

(PT)

, TLA

, QFN

(ML)

PIC2

4F16

KM10

4 NR

38PI

C24

1610

2451

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 KH

zü

–22

1–

–5

511

1 UA

RT, 1

SPI

/I2 C

(M

SSP)

––

ü–

$2.0

6BO

R, H

LVD,

POR

,WDT

, OS

T, X

LPTQ

FP, Q

FN, U

QFN

PIC2

4F08

KM20

4 NR

38PI

C24

820

4851

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 KH

zü

–22

3–

–5

511

2 UA

RT, 2

SPI

/I2 C

(M

SSP)

––

ü–

$2.0

6BO

R, H

LVD,

POR

,WDT

, OS

T, X

LPTQ

FP, Q

FN, U

QFN

PIC2

4F16

KM20

4 NR

38PI

C24

1620

4851

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 KH

zü

–22

3–

–5

511

2 UA

RT, 2

SPI

/I2 C

(M

SSP)

––

ü–

$2.1

3BO

R, H

LVD,

POR

,WDT

, OS

T, X

LPTQ

FP, Q

FN, U

QFN

PIC2

4FJ3

2GA0

04R

35PI

C24

3281

92AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

z–

13–

2–

–5

55

2 UA

RT, 2

SPI

, 2 I2 C

–ü

üü

$2.3

0BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), Q

FN (M

L)

PIC2

4F16

KA30

4 R

38PI

C24

1620

4851

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 kH

zü

–16

3–

–3

35

2 UA

RT, 2

SPI

, 2 I2 C

––

ü–

$2.3

0PW

RT, H

LVD,

POR

, OS

T, W

DTTQ

FP (P

T), Q

FN (M

L), U

QFN

(MV)

PIC2

4FJ3

2GA1

04

R35

PIC2

432

8192

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü13

–3

––

55

52

UART

, 2 S

PI, 2

I2 C

–ü

üü

$2.4

4BO

R, L

VD, P

OR, W

DT,

Deep

Sle

ep, X

LPTQ

FP (P

T), Q

FN (M

L)

PIC2

4F32

KA30

4 R

38PI

C24

3220

4851

2–

1.8V

–5.5

V16

8 M

Hz, 3

2 kH

zü

–16

3–

–3

35

2 UA

RT, 2

SPI

, 2 I2 C

––

ü–

$2.4

4PW

RT, H

LVD,

POR

, OS

T, W

DTTQ

FP (P

T), Q

FN (M

L), U

QFN

(MV)

PIC2

4FJ3

2GB0

04

R33

PIC2

432

8192

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü13

–3

––

55

52

UART

, 2 S

PI, 2

I2 C

üü

üü

$2.6

5BO

R, L

VD, P

OR, W

DT,

Deep

Sle

ep, X

LPTQ

FP (P

T), Q

FN (M

L)

PIC2

4FJ6

4GA0

04R

35PI

C24

6481

92AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

z–

13–

2–

–5

55

2 UA

RT, 2

SPI

, 2 I2 C

–ü

üü

$2.7

2BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), Q

FN (M

L)

PIC2

4FJ6

4GA1

04

R35

PIC2

464

8192

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü13

–3

––

55

52

UART

, 2 S

PI, 2

I2C

–ü

üü

$2.8

6BO

R, L

VD, P

OR, W

DT,

Deep

Sle

ep, X

LPTQ

FP (P

T), Q

FN (M

L)

PIC2

4FJ6

4GB0

04

R33

PIC2

464

8192

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü13

–3

––

55

52

UART

, 2 S

PI, 2

I2 C

üü

üü

$3.0

7BO

R, L

VD, P

OR, W

DT,

Deep

Sle

ep, X

LPTQ

FP (P

T), Q

FN (M

L)

64-Pin

PIC2

4FJ6

4GA3

06

R53

PIC2

464

8192

AN10

95(1

)6

2V–3

.6V

168

MHz

, 32

kHz

ü–

163

240

–7

75

4 UA

RT, 2

SPI

, 2 I2 C

–ü

üü

$2.7

7BO

R, L

VD, P

OR, W

DT, X

LP,

Deep

Sle

epTQ

FP (P

T), Q

FN (M

R)

PIC2

4FJ1

28GA

306

R53

PIC2

412

881

92AN

1095

(1)

62V

–3.6

V16

8 M

Hz, 3

2 kH

zü

–16

324

0–

77

54

UART

, 2 S

PI, 2

I2 C–

üü

ü$3

.00

BOR,

LVD

, POR

, WDT

, XLP

, De

ep S

leep

TQFP

(PT)

, QFN

(MR)

PIC2

4FJ6

4GA0

06R

53PI

C24

6481

92AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

z–

16–

2–

–5

55

2 UA

RT, 2

SPI

, 2 I2 C

–ü

ü–

$3.0

5BO

R, P

OR, W

DTTQ

FP (P

T)

PIC2

4FJ6

4GA1

06R

53PI

C24

6416

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C–

üü

ü$3

.32

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

PIC2

4FJ1

28GA

006

R53

PIC2

412

881

92AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

z–

16–

2–

–5

55

2 UA

RT, 2

SPI

, 2 I2 C

–ü

ü–

$3.3

5BO

R, P

OR, W

DTTQ

FP (P

T)

PIC2

4FJ1

28GA

106

R53

PIC2

412

816

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C

–ü

üü

$3.5

6BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC2

4FJ6

4GB1

06R

52PI

C24

6416

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C

üü

üü

$3.6

4BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC2

4FJ1

28GB

106

R52

PIC2

412

816

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C

üü

üü

$3.9

3BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC2

4FJ2

56GA

106

R53

PIC2

425

616

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C

–ü

üü

$3.9

8BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC2

4FJ1

28GB

206

R52

PIC2

412

898

304

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

16–

3–

–9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

üü

ü$4

.30

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

PIC2

4FJ1

28DA

106

R52

PIC2

412

824

576

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

16–

3–

ü9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

–ü

ü$4

.34

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

PIC2

4FJ2

56GB

106

R 52

PIC2

425

616

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C

üü

üü

$4.3

5 BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC2

4FJ2

56GB

206

R52

PIC2

425

698

304

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

16–

3–

–9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

üü

ü$4

.65

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

PIC2

4FJ2

56DA

106

R52

PIC2

425

624

576

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

16–

3–

ü9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

–ü

ü$4

.69

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

PIC2

4FJ1

28DA

206

R52

PIC2

412

898

304

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

16–

3–

ü9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

–ü

ü$4

.76

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

PIC2

4FJ2

56DA

206

R52

PIC2

425

698

304

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

16–

3–

ü9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

–ü

ü$5

.11

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

80-Pin

PIC2

4FJ6

4GA3

08

R69

PIC2

464

8192

AN10

95(1

)6

2V–3

.6V

168

MHz

, 32

kHz

ü–

163

368

– 7

75

4 UA

RT, 2

SPI

, 2 I2 C

–ü

üü

$2.9

8BO

R, L

VD, P

OR, W

DT, X

LP,

Deep

Sle

epTQ

FP (P

T)

PIC2

4FJ1

28GA

308

R69

PIC2

412

881

92AN

1095

(1)

62V

–3.6

V16

8 M

Hz, 3

2 kH

zü

–16

336

8–

77

54

UART

, 2 S

PI, 2

I2 C–

üü

ü$3

.23

BOR,

LVD

, POR

, WDT

, XLP

, De

ep S

leep

TQFP

(PT)

PIC2

4FJ6

4GA0

08

R 69

PIC2

464

8192

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

–16

–2

––

55

52

UART

, 2 S

PI, 2

I2 C

–ü

ü–

$3.3

0 BO

R, P

OR, W

DTTQ

FP (P

T)

PIC2

4FJ6

4GA1

08R

69PI

C24

6416

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C–

üü

ü$3

.58

BOR,

LVD

, POR

, WDT

TQFP

(PT)

PIC2

4FJ1

28GA

008

R 69

PIC2

412

881

92AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

z–

16–

2–

–5

55

2 UA

RT, 2

SPI

, 2 I2 C

–

üü

–$3

.60

BOR,

POR

, WDT

TQFP

(PT)

PIC2

4FJ1

28GA

108

R 69

PIC2

412

816

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

– –

99

54

UART

, 3 S

PI, 3

I2 C

–ü

üü

$3.8

2 BO

R, L

VD, P

OR, W

DTTQ

FP (P

T)

PIC2

4FJ6

4GB1

08

R 68

PIC2

464

1638

4AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

16–

3–

–9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

üü

ü$3

.91

BOR,

LVD

, POR

, WDT

TQFP

(PT)

* Pa

rts

avai

labl

e w

ith H

igh

Tem

pera

ture

Opt

ions

(150

°C).

not

e 1

: See

App

licat

ion

Not

e "A

N10

95: E

mul

atin

g D

ata

EEPR

OM

".

2: T

wo

16-b

it tim

ers

can

be c

onca

tena

ted

to fo

rm a

32-

bit t

imer

.


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

16

-bit

PiC

® M

iCr

oCo

ntr

oll

ers (

PiC

24

F)

Prod

uct


i/o Pins

Core

Mem

ory

Voltage range

ope

ratin

g sp

eed

Anal

og s

ensi

ng &

Mea

sure

men

t

lCD segments

Graphics Controller

output Compare/PWM

input Capture

16-bit timer(2)

Com

mun

icat

ion

PMP

rtCC/CrC

PPs

5 ku Pricing†

Mon

itors

Pack

ages

(Des

igna

tor)

Program (Kb)

Data rAM (b)

eeProM

DMA #Ch

Maximum MiPs

internal oscillator


10-bit ADC

10/12-bit ADC 1100/500 KsPs

Comparators



syst

em M

gmt.

Feat

ures

80-Pin (Cont.)

PIC2

4FJ1

28GB

108

R 68

PIC2

412

816

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C™

ü

üü

ü$4

.20

BOR,

LVD

, POR

, WDT

TQFP

(PT)

PIC2

4FJ2

56GA

108

R 69

PIC2

425

616

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C

–ü

üü

$4.2

4 BO

R, L

VD, P

OR, W

DTTQ

FP (P

T)

PIC2

4FJ2

56GB

108

R 68

PIC2

425

616

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C

üü

üü

$4.6

2 BO

R, L

VD, P

OR, W

DTTQ

FP (P

T)

100-Pin

PIC2

4FJ6

4GA3

10

R85

PIC2

464

8192

AN10

95(1

)6

2V–3

.6V

168

MHz

, 32

kHz

ü–

243

480

–7

75

4 UA

RT, 2

SPI

, 2 I2 C

–ü

üü

$3.1

6BO

R, L

VD, P

OR, W

DT, D

eep

Slee

pTQ

FP (P

T), B

GA12

1 (B

G)

PIC2

4FJ1

28GA

310

R85

PIC2

412

881

92AN

1095

(1)

62V

–3.6

V16

8 M

Hz, 3

2 kH

zü

–24

348

0–

77

54

UART

, 2 S

PI, 2

I2 C–

üü

ü$3

.42

BOR,

LVD

, POR

, WDT

, Dee

p Sl

eep

TQFP

(PT)

, BGA

121

(BG)

PIC2

4FJ6

4GA0

10

R 85

PIC2

464

8192

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

–16

–2

––

55

52

UART

, 2 S

PI, 2

I2 C

–ü

ü–

$3.5

1 BO

R, P

OR, W

DTTQ

FP (P

T)

PIC2

4FJ6

4GA1

10R

85PI

C24

6416

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C–

üü

ü$3

.79

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, BGA

121

(BG)

PIC2

4FJ1

28GA

010

R 85

PIC2

412

881

92AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

z–

16–

2–

–5

55

2 UA

RT, 2

SPI

, 2 I2 C

–

üü

–$3

.81

BOR,

POR

, WDT

TQFP

(PT)

PIC2

4FJ1

28GA

110

R 85

PIC2

412

816

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C

–ü

üü

$4.0

3 BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), B

GA12

1 (B

G)

PIC2

4FJ6

4GB1

10

R 84

PIC2

464

1638

4AN

1095

(1)

–2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

16–

3–

–9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

üü

ü$4

.12

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, BGA

121

(BG)

PIC2

4FJ1

28GB

110

R 84

PIC2

412

816

384

AN10

95(1

)–

2V–3

.6V

1616

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C

üü

üü

$4.4

1 BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), B

GA12

1 (B

G)

PIC2

4FJ2

56GA

110

R 85

PIC2

425

616

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C

–ü

üü

$4.4

5 BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), B

GA12

1 (B

G)

PIC2

4FJ1

28GB

210

R84

PIC2

412

898

304

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

24–

3–

– 9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

üü

ü$4

.79

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, BGA

121

(BG)

PIC2

4FJ1

28DA

110

R84

PIC2

412

824

576

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

24–

3–

ü9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

üü

ü$4

.83

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, BGA

121

(BG)

PIC2

4FJ2

56GB

110

R 84

PIC2

425

616

384

AN10

95(1

)–

2V–3

.6V

168

MHz

, 32

kHz

ü16

–3

––

99

54

UART

, 3 S

PI, 3

I2 C

üü

üü

$4.8

3 BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), B

GA12

1 (B

G)

PIC2

4FJ2

56GB

210

R84

PIC2

425

698

304

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

24–

3–

–9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

üü

ü$5

.14

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, BGA

121

(BG)

PIC2

4FJ2

56DA

110

R84

PIC2

425

624

576

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

24–

3–

ü9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

üü

ü$5

.18

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, BGA

121

(BG)

PIC2

4FJ1

28DA

210

R84

PIC2

412

898

304

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

24–

3–

ü9

95

4 UA

RT, 3

SPI

, 3 I2 C

ü

üü

ü$5

.25

BOR,

LVD

, POR

, WDT

TQFP

(PT)

, BGA

121

(BG)

PIC2

4FJ2

56DA

210

R84

PIC2

425

698

304

AN10

95(1

)–

2.2V

–3.6

V16

8 M

Hz, 3

2 kH

zü

24–

3–

ü9

95

4 UA

RT, 3

SPI

, 3 I2 C

üü

üü

$5.6

0BO

R, L

VD, P

OR, W

DTTQ

FP (P

T), B

GA12

1 (B

G)

* Pa

rts

avai

labl

e w

ith H

igh

Tem

pera

ture

Opt

ions

(150

°C).

not

e 1

: See

App

licat

ion

Not

e "A

N10

95: E

mul

atin

g D

ata

EEPR

OM

".

2: T

wo

16-b

it tim

ers

can

be c

onca

tena

ted

to fo

rm a

32-

bit t

imer

.

16

-bit

PiC

® M

iCr

oCo

ntr

oll

ers (

PiC

24

H/e

)

Prod

uct


i/o Pins

Core

Mem

ory

Voltage range

ope

ratin

g sp

eed

Anal

og s

ensi

ng &

Mea

sure

men

t

output Compare/PWM

Motor Control PWM Ch.

Qei

input Capture

16-bit timer(2)

Com

mun

icat

ion

PMP

rtCC/CrC

PPs

5 ku Pricing†

Mon

itors

Pack

ages

(Des

igna

tor)

Program (Kb)

Data rAM (b)

eeProM

DMA #Ch

Maximum MiPs

internal oscillator


10-bit ADC

10/12-bit ADC 1100/500 KsPs

Comparators

op Amps


CAn

Fs Usb otG

syst

em M

gmt.

Feat

ures

18-Pin

PIC2

4HJ1

2GP2

01

R13

PIC2

412

1AN

1095

(1)

–3V

–3.6

V40

7.37

MHz

, 32

KHz

––

6 ch

–

–2

––

43

1 UA

RT, 1

SPI

, 1 I2 C

™–

––

–ü

$2.0

9PB

OR, P

OR, W

DTPD

IP (P

), SO

IC(S

O)

28-Pin

PIC2

4EP3

2MC2

02

R21

PIC2

432

4AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

6 ch

1

+2*

210

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$1

.89

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M)

PIC2

4EP3

2GP2

02

R21

PIC2

432

4AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

6 ch

1

+2*

24

––

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$1

.89

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M)

PIC2

4EP6

4MC2

02

R21

PIC2

464

8AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

6 ch

1

+2*

210

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.45

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M)

PIC2

4EP6

4GP2

02

R21

PIC2

464

8AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

6 ch

1

+2*

24

––

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.45

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M)

PIC2

4EP1

28M

C202

R

21PI

C24

128

16AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

6 ch

1

+2*

210

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.66

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M)

PIC2

4EP1

28GP

202

R21

PIC2

412

816

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

–6

ch

1 +2

* 2

4–

–4

52

UART

, 2 S

PI, 1

I2 C–

––

üü

$2.6

6PB

OR, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(MM

)

* Pa

rts

avai

labl

e w

ith H

igh

Tem

pera

ture

Opt

ions

(150

°C).

‡ Op

am

p co

nfigu

red

as c

ompa

rato

r. n

ote

1: S

ee A

pplic

atio

n N

ote

"AN

1095

: Em

ulat

ing

Dat

a EE

PRO

M".

2

: Tw

o 16

-bit

timer

s ca

n be

con

cate

nate

d to

form

a 3

2-bi

t tim

er.


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

16

-bit

PiC

® M

iCr

oCo

ntr

oll

ers (

PiC

24

H/e

)

Prod

uct


i/o Pins

Core

Mem

ory

Voltage range

ope

ratin

g sp

eed

Anal

og s

ensi

ng &

Mea

sure

men

t

output Compare/PWM

Motor Control PWM Ch.

Qei

input Capture

16-bit timer(2)

Com

mun

icat

ion

PMP

rtCC/CrC

PPs

5 ku Pricing†

Mon

itors

Pack

ages

(Des

igna

tor)

Program (Kb)

Data rAM (b)

eeProM

DMA #Ch

Maximum MiPs

internal oscillator


10-bit ADC

10/12-bit ADC 1100/500 KsPs

Comparators

op Amps


CAn

Fs Usb otG

syst

em M

gmt.

Feat

ures

28-Pin (Cont.)

PIC2

4EP2

56M

C202

R

21PI

C24

256

32AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

6 ch

1

+2*

210

61

45

2 UA

RT, 2

SPI

, 1 I2 C

™–

––

üü

$3.1

4PB

OR, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(MM

)

PIC2

4EP2

56GP

202

R21

PIC2

425

632

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

–6

ch

1 +2

* 2

4–

–4

52

UART

, 2 S

PI, 1

I2 C–

––

üü

$3.1

4PB

OR, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(MM

)

PIC2

4EP5

12M

C202

NR

21PI

C24

512

48AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

6 ch

1

+2*

210

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$3

.50

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M)

PIC2

4EP5

12GP

202

NR21

PIC2

451

248

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

–6

ch

1 +2

* 2

4–

–4

52

UART

, 2 S

PI, 1

I2 C–

––

üü

$3.5

0PB

OR, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(MM

)

36-Pin

PIC2

4EP6

4MC2

03

R25

PIC2

464

8AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

8 ch

1

+2*

310

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.52

PBOR

, POR

, WDT

VTLA

(TL)

PIC2

4EP6

4GP2

03

R25

PIC2

464

8AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

8 ch

1

+2*

34

––

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.52

PBOR

, POR

, WDT

VTLA

(TL)

PIC2

4EP3

2MC2

03

R25

PIC2

432

4AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

8 ch

1

+2*

310

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$1

.96

PBOR

, POR

, WDT

VTLA

(TL)

PIC2

4EP3

2GP2

03

R25

PIC2

432

4AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

8 ch

1

+2*

34

––

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$1

.96

PBOR

, POR

, WDT

VTLA

(TL)

44-Pin

PIC2

4EP3

2MC2

04

R35

PIC2

432

4AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

9 ch

1

+3*

310

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.03

PBOR

, POR

, WDT

VTLA

(TL)

, QFN

(ML)

, TQF

P(PT

)

PIC2

4EP3

2GP2

04

R35

PIC2

432

4AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

9 ch

1

+3*

34

––

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.03

PBOR

, POR

, WDT

VTLA

(TL)

, QFN

(ML)

, TQF

P(PT

)

PIC2

4EP6

4MC2

04

R35

PIC2

464

8AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

9 ch

1

+3*

310

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.59

PBOR

, POR

, WDT

VTLA

(TL)

, QFN

(ML)

, TQF

P(PT

)

PIC2

4EP6

4GP2

04

R35

PIC2

464

8AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

9 ch

1

+3*

34

––

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.59

PBOR

, POR

, WDT

VTLA

(TL)

, QFN

(ML)

, TQF

P(PT

)

PIC2

4EP1

28M

C204

R

35PI

C24

128

16AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

9 ch

1

+3*

310

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.80

PBOR

, POR

, WDT

VTLA

(TL)

, QFN

(ML)

, TQF

P(PT

)

PIC2

4EP1

28GP

204

R35

PIC2

412

816

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

–9

ch

1 +3

* 3

4–

–4

52

UART

, 2 S

PI, 1

I2 C–

––

üü

$2.8

0PB

OR, P

OR, W

DTVT

LA(T

L), Q

FN(M

L), T

QFP(

PT)

PIC2

4EP2

56M

C204

R

35PI

C24

256

32AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

9 ch

1

+3*

310

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$3

.28

PBOR

, POR

, WDT

VTLA

(TL)

, QFN

(ML)

, TQF

P(PT

)

PIC2

4EP2

56GP

204

R35

PIC2

425

632

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

–9

ch

1 +3

* 3

4–

–4

52

UART

, 2 S

PI, 1

I2 C–

––

üü

$3.2

8PB

OR, P

OR, W

DTVT

LA(T

L), Q

FN(M

L), T

QFP(

PT)

PIC2

4EP5

12M

C204

NR

35PI

C24

512

48AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

9 ch

1

+3*

310

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$3

.64

PBOR

, POR

, WDT

QFN(

ML)

, TQF

P(PT

)

PIC2

4EP5

12GP

204

NR35

PIC2

451

248

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

–9

ch

1 +3

* 3

4–

–4

52

UART

, 2 S

PI, 1

I2 C–

––

üü

$3.6

4PB

OR, P

OR, W

DTQF

N(M

L), T

QFP(

PT)

64-Pin

PIC2

4EP6

4MC2

06

R53

PIC2

464

8AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

16 c

h 1

+3*

310

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.73

PBOR

, POR

, WDT

QFN(

MR)

, TQF

P(PT

)

PIC2

4EP6

4GP2

06

R53

PIC2

464

8AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

16 c

h 1

+3*

34

––

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.73

PBOR

, POR

, WDT

QFN(

MR)

, TQF

P(PT

)

PIC2

4EP1

28M

C206

R

53PI

C24

128

16AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

16 c

h 1

+3*

310

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$2

.94

PBOR

, POR

, WDT

QFN(

MR)

, TQF

P(PT

)

PIC2

4EP1

28GP

206

R53

PIC2

412

816

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

–16

ch

1 +3

* 3

4–

–4

52

UART

, 2 S

PI, 1

I2 C–

––

üü

$2.9

4PB

OR, P

OR, W

DTQF

N(M

R), T

QFP(

PT)

PIC2

4EP2

56M

C206

R

53PI

C24

256

32AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

16 c

h 1

+3*

310

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$3

.42

PBOR

, POR

, WDT

QFN(

MR)

, TQF

P(PT

)

PIC2

4EP2

56GP

206

R53

PIC2

425

632

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

–16

ch

1 +3

* 3

4–

–4

52

UART

, 2 S

PI, 1

I2 C–

––

üü

$3.4

2PB

OR, P

OR, W

DTQF

N(M

R), T

QFP(

PT)

PIC2

4EP5

12M

C206

NR

53PI

C24

512

48AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü–

16 c

h 1

+3*

310

61

45

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$3

.78

PBOR

, POR

, WDT

QFN(

MR)

, TQF

P(PT

)

PIC2

4EP5

12GP

206

NR53

PIC2

451

248

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

–16

ch

1 +3

* 3

4–

–4

52

UART

, 2 S

PI, 1

I2 C–

––

üü

$3.7

8PB

OR, P

OR, W

DTQF

N(M

R), T

QFP(

PT)

PIC2

4EP5

12GP

806

NR53

PIC2

453

652

AN10

95(1

)15

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

–24

ch,

2

A/D

3–

16–

–16

94

UART

, 2 S

PI, 2

I2 C2

–ü

üü

$5.6

0PB

OR, P

OR, W

DTQF

N(M

R), T

QFP(

PT)

100-Pin

PIC2

4HJ6

4GP2

10A

R85

PIC2

464

8AN

1095

(1)

83V

–3.6

V40

7.37

MHz

, 32

KHz

––

32 c

h–

–8

––

89

2 UA

RT, 2

SPI

, 2 I2 C

––

––

–$3

.88

PBOR

, POR

, WDT

TQFP

(PT,

PF)

PIC2

4HJ6

4GP5

10A

R85

PIC2

464

8AN

1095

(1)

83V

–3.6

V40

7.37

MHz

, 32

KHz

––

32 c

h–

–8

––

89

2 UA

RT, 2

SPI

, 2 I2 C

––

––

–$3

.88

PBOR

, POR

, WDT

TQFP

(PT,

PF)

PIC2

4HJ1

28GP

210A

R85

PIC2

412

88

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z–

–32

ch

––

8–

–8

92

UART

, 2 S

PI, 2

I2 C–

––

––

$3.8

8PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

PIC2

4HJ1

28GP

310A

R85

PIC2

412

816

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z–

–32

ch

––

8–

–8

92

UART

, 2 S

PI, 2

I2 C–

––

––

$3.8

8PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

PIC2

4HJ1

28GP

510A

R85

PIC2

412

88

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z–

–32

ch

––

8–

–8

92

UART

, 2 S

PI, 2

I2 C–

––

––

$3.8

8PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

PIC2

4HJ2

56GP

210A

R85

PIC2

425

616

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z–

–32

ch

––

8–

–8

92

UART

, 2 S

PI, 2

I2 C–

––

––

$3.8

8PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

PIC2

4HJ2

56GP

610A

R85

PIC2

425

616

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z–

–32

ch,

2

ADC

––

8–

–8

92

UART

, 2 S

PI, 2

I2 C2

––

––

$3.8

8PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

PIC2

4EP2

56GU

810

R85

PIC2

428

028

AN10

95(1

)15

3V–3

.6V

607.

37 M

Hz, 3

2 KH

z–

–32

ch,

2

ADC

3–

16–

–16

94

UART

, 4 S

PI, 2

I2 C2

üü

üü

$5.7

0PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

PIC2

4EP5

12GU

810

R85

PIC2

453

652

AN10

95(1

)15

3V–3

.6V

607.

37 M

Hz, 3

2 KH

z–

–32

ch,

2

ADC

3–

16–

–16

94

UART

, 4 S

PI, 2

I2 C2

üü

üü

$5.3

7PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

144-Pin

PIC2

4EP2

56GP

814

R12

2PI

C24

280

28AN

1095

(1)

153V

–3.6

V60

7.37

MHz

, 32

KHz

––

32 c

h,

2 AD

C3

–16

––

169

4 UA

RT, 4

SPI

, 2 I2 C

2ü

üü

ü$6

.31

PBOR

, POR

, WDT

TQFP

(PT,

PF)

PIC2

4EP5

12GU

814

R12

2PI

C24

536

28AN

1095

(1)

153V

–3.6

V60

7.37

MHz

, 32

KHz

––

32 c

h,

2 AD

C3

–16

––

169

4 UA

RT, 4

SPI

, 2 I2 C

2ü

üü

ü$6

.99

PBOR

, POR

, WDT

TQFP

(PT,

PF)

* Pa

rts

avai

labl

e w

ith H

igh

Tem

pera

ture

Opt

ions

(150

°C).

‡ Op

am

p co

nfigu

red

as c

ompa

rato

r. n

ote

1: S

ee A

pplic

atio

n N

ote

"AN

1095

: Em

ulat

ing

Dat

a EE

PRO

M".

2

: Tw

o 16

-bit

timer

s ca

n be

con

cate

nate

d to

form

a 3

2-bi

t tim

er.


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

dsP

iC3

3 D

sC G

ener

Al

PU

rP

ose

An

D M

oto

r C

on

tro

l FA

Mil

Y

Prod

uct


i/o Pins

Core

Mem

ory

Voltage range

ope

ratin

g sp

eed

Anal

og s

ensi

ng &

Mea

sure

men

t

output Compare/PWM

input Capture

Motor Control PWM Ch

Qei

16-bit timer(2)

Com

mun

icat

ion

PMP

rtCC/CrC

PPs

5 ku Pricing†

Mon

itors

Pack

ages

(Des

igna

tor)

Program (Kb)

Data rAM (b)

eeProM

DMA #Ch

Maximum speed MiPs

internal oscillator


ADC 10/12-bit 1100/500 ksps

DAC

Comparators

op Amps


CAn

Fs Usb otG

syst

em M

gmt.

Feat

ures

20- Pin

dsPI

C33F

J16G

P101

*R

13ds

PIC®

161

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 KH

zü

4 ch

(10-

bit)

–3

–2

3–

–3

1 UA

RT, 1

SPI

, 1 I2 C

™–

––

üü

$1.5

7BO

R, P

OR, W

DTPD

IP(P

), SO

IC(S

O), Q

FN (M

QL),

SSOP

(SS)

dsPI

C33F

J16M

C101

*R

15ds

PIC

161

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 KH

zü

4 ch

(10-

bit)

–3

–2

36

–3

1 UA

RT, 1

SPI

, 1 I2 C

––

–ü

ü$1

.57

BOR,

POR

, WDT

PDIP

(P),

SOIC

(SO)

, QFN

(MQL

), SS

OP (S

S)

dsPI

C33F

J32G

P101

*R

13ds

PIC

322

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 KH

zü

6 ch

–

3–

23

––

51

UART

, 1 S

PI, 1

I2 C–

––

üü

$1.6

8BO

R, P

OR, W

DTPD

IP(P

), SO

IC(S

O), Q

FN (M

QL),

SSOP

(SS)

dsPI

C33F

J32M

C101

*R

15ds

PIC

322

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 KH

zü

6 ch

–

3–

23

6–

51

UART

,1 S

PI, 1

I2 C–

––

üü

$1.6

8BO

R, P

OR, W

DTPD

IP(P

), SO

IC (S

O), S

SOP

(SS)

28-Pin

dsPI

C33F

J16G

P102

*R

21ds

PIC

161

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 KH

zü

6 ch

(10-

bit)

–3

–2

3-

–3

1 UA

RT, 1

SPI

, 1 I2 C

––

–ü

ü$1

.68

BOR,

POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

QL),

VTLA

(TL)

dsPI

C33F

J16M

C102

*R

21ds

PIC

161

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 KH

zü

6 ch

(10-

bit)

–3

–2

36

–3

1 UA

RT, 1

SPI

, 1 I2 C

––

–ü

ü$1

.68

BOR,

POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

QL),

VTLA

(TL)

dsPI

C33F

J32G

P102

*R

21ds

PIC

322

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 KH

zü

8 ch

–

3–

23

––

51

UART

, 1 S

PI, 1

I2 C–

––

üü

$1.7

3BO

R, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(MQL

), VT

LA (T

L)

dsPI

C33F

J32M

C102

*R

21ds

PIC

322

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 KH

zü

8 ch

–

3–

23

6-

51

UART

,1 S

PI, 1

I2 C–

––

üü

$1.7

3BO

R, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(MM

),

dsPI

C33E

P32G

P502

* R

21ds

PIC

324

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

4–

–5

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.10

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

dsPI

C33E

P32M

C502

* R

21ds

PIC

324

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.10

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

dsPI

C33E

P64M

C202

*R

21ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$2

.45

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

dsPI

C33E

P64G

P502

*R

21ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

4–

–5

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.66

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

dsPI

C33E

P64M

C502

* R

21ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.66

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

dsPI

C33E

P128

MC2

02*

R21

dsPI

C12

816

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$2

.66

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

dsPI

C33E

P128

GP50

2*

R21

dsPI

C12

816

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

4–

–5

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.87

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

dsPI

C33E

P128

MC5

02*

R21

dsPI

C12

816

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.87

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

dsPI

C33E

P256

MC2

02*

R21

dsPI

C25

632

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$3

.14

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

dsPI

C33E

P256

GP50

2*R

21ds

PIC

256

32AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü6

ch

–1

+ 2‡

2

44

––

52

UART

, 2 S

PI, 1

I2 C1

––

üü

$3.3

5PB

OR, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(MM

),

dsPI

C33E

P256

MC5

02*

R21

dsPI

C25

632

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$3

.35

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

dsPI

C33E

P512

MC2

02*

NR21

dsPI

C51

248

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$3

.50

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

dsPI

C33E

P512

GP50

2*NR

21ds

PIC

512

48AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü6

ch

–1

+ 2‡

2

44

––

52

UART

, 2 S

PI, 1

I2 C1

––

üü

$3.7

1PB

OR, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(MM

),

dsPI

C33E

P512

MC5

02*

NR21

dsPI

C51

248

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

6 ch

–

1 +

2‡

24

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$3

.71

PBOR

, POR

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M),

36-Pin

dsPI

C33E

P32M

C203

* R

25ds

PIC

324

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

8 ch

–

1 +

2‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$1

.96

PBOR

, POR

, WDT

VTLA

(TL)

dsPI

C33E

P32G

P503

*R

25ds

PIC

324

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

8 ch

–

1 +

2‡

34

4–

–5

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.17

PBOR

, POR

, WDT

VTLA

(TL)

dsPI

C33E

P32M

C503

* R

25ds

PIC

324

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

8 ch

–

1 +

2‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.17

PBOR

, POR

, WDT

VTLA

(TL)

dsPI

C33E

P64M

C203

*R

25ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

8 ch

–

1 +

2‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$2

.52

PBOR

, POR

, WDT

VTLA

(TL)

dsPI

C33E

P64G

P503

* R

25ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

8 ch

–

1 +

2‡

34

4–

–5

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.73

PBOR

, POR

, WDT

VTLA

(TL)

dsPI

C33E

P64M

C503

* R

25ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

8 ch

–

1 +

2‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.73

PBOR

, POR

, WDT

VTLA

(TL)

dsPI

C33E

P256

MC2

03*

R25

dsPI

C25

632

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

8 ch

–

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

––

–ü

ü$3

.21

PBOR

, POR

, WDT

VTLA

(TL)

44-Pin

dsPI

C33F

J32G

P104

*R

35ds

PIC

322

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 KH

zü

14 c

h –

3–

23

––

51

UART

, 1 S

PI, 1

I2 C–

––

üü

$2.0

2BO

R, P

OR, W

DTTQ

FP (P

T), T

LA, Q

FN (M

L)

dsPI

C33F

J32M

C104

*R

35ds

PIC

322

AN10

95(1

)–

3V–3

.6V

167.

37 M

Hz, 3

2 KH

zü

14 c

h –

3–

23

6–

51

UART

,1 S

PI, 1

I2 C–

––

üü

$2.0

2BO

R, P

OR, W

DTTQ

FP (P

T), V

TLA

(TL)

, QFN

(ML)

dsPI

C33E

P32M

C204

*R

35ds

PIC

324

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$2

.03

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

dsPI

C33E

P32G

P504

*R

35ds

PIC

324

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

4–

–5

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.24

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

dsPI

C33E

P32M

C504

* R

35ds

PIC®

324

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.24

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

dsPI

C33E

P64M

C204

*R

35ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$2

.59

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

dsPI

C33E

P64G

P504

*R

35ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

4–

–5

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.80

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

dsPI

C33E

P64M

C504

* R

35ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.80

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

dsPI

C33E

P128

MC2

04*

R35

dsPI

C12

816

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$2

.80

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

* Pa

rts

avai

labl

e w

ith H

igh

Tem

pera

ture

Opt

ions

(150

°C).

‡ Op

am

p co

nfigu

red

as c

ompa

rato

r. n

ote

1: S

ee A

pplic

atio

n N

ote

"AN

1095

: Em

ulat

ing

Dat

a EE

PRO

M".

2

: Tw

o 16

-bit

timer

s ca

n be

con

cate

nate

d to

form

a 3

2-bi

t tim

er.


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

dsP

iC3

3 D

sC G

ener

Al

PU

rP

ose

An

D M

oto

r C

on

tro

l FA

Mil

Y

Prod

uct


i/o Pins

Core

Mem

ory

Voltage range

ope

ratin

g sp

eed

Anal

og s

ensi

ng &

Mea

sure

men

t

output Compare/PWM

input Capture

Motor Control PWM Ch

Qei

16-bit timer(2)

Com

mun

icat

ion

PMP

rtCC/CrC

PPs

5 ku Pricing†

Mon

itors

Pack

ages

(Des

igna

tor)

Program (Kb)

Data rAM (b)

eeProM

DMA #Ch

Maximum speed MiPs

internal oscillator


ADC 10/12-bit 1100/500 ksps

DAC

Comparators

op Amps


CAn

Fs Usb otG

syst

em M

gmt.

Feat

ures

44-Pin (Cont.)

dsPI

C33E

P128

GP50

4*R

35ds

PIC®

128

16AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü9

ch

–1

+ 3‡

3

44

––

52

UART

, 2 S

PI, 1

I2 C™

1–

–ü

ü$3

.01

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

dsPI

C33E

P128

MC5

04*

R35

dsPI

C12

816

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$3

.01

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

dsPI

C33E

P256

MC2

04*

R35

dsPI

C25

632

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$3

.28

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

dsPI

C33E

P256

GP50

4*R

35ds

PIC

256

32AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü9

ch

–1

+ 3‡

3

44

––

52

UART

, 2 S

PI, 1

I2 C1

––

üü

$3.4

9PB

OR, P

OR, W

DTTQ

FP (P

T), V

TLA

(TL)

, QFN

(ML)

dsPI

C33E

P256

MC5

04*

R35

dsPI

C25

632

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$3

.49

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

dsPI

C33E

P512

MC2

04*

NR35

dsPI

C51

248

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$3

.64

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

dsPI

C33E

P512

GP50

4*NR

35ds

PIC

512

48AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü9

ch

–1

+ 3‡

3

44

––

52

UART

, 2 S

PI, 1

I2 C1

––

üü

$3.8

5PB

OR, P

OR, W

DTTQ

FP (P

T), Q

FN (M

L)

dsPI

C33E

P512

MC5

04*

NR35

dsPI

C51

248

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

9 ch

–

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$3

.85

PBOR

, POR

, WDT

TQFP

(PT)

, VTL

A (T

L), Q

FN (M

L)

64-Pin

dsPI

C33E

P64M

C206

*R

53ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

16 c

h –

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$2

.73

PBOR

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

dsPI

C33E

P64G

P506

*R

53ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

16 c

h –

1 +

3‡

34

4–

–5

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.94

PBOR

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

dsPI

C33E

P64M

C506

*R

53ds

PIC

648

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

16 c

h –

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$2

.94

PBOR

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

dsPI

C33E

P128

MC2

06*

R53

dsPI

C12

816

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

16 c

h –

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$2

.94

PBOR

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

dsPI

C33E

P128

GP50

6*R

53ds

PIC

128

16AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü16

ch

–1

+ 3‡

3

44

––

52

UART

, 2 S

PI, 1

I2 C1

––

üü

$3.1

5PB

OR, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

dsPI

C33E

P128

MC5

06*

R53

dsPI

C12

816

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

16 c

h –

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$3

.15

PBOR

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

dsPI

C33E

P256

MC2

06*

R53

dsPI

C25

632

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

16 c

h –

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$3

.42

PBOR

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

dsPI

C33E

P256

GP50

6*R

53ds

PIC

256

32AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü16

ch

–1

+ 3‡

3

44

––

52

UART

, 2 S

PI, 1

I2 C1

––

üü

$3.6

3PB

OR, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

dsPI

C33E

P256

MC5

06*

R53

dsPI

C25

632

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

16 c

h –

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$3

.63

PBOR

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

dsPI

C33E

P512

MC2

06*

NR53

dsPI

C51

248

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

16 c

h –

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

0–

–ü

ü$3

.78

PBOR

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

dsPI

C33E

P512

GP50

6*NR

53ds

PIC

512

48AN

1095

(1)

43V

–3.6

V70

7.37

MHz

, 32

KHz

ü16

ch

–1

+ 3‡

3

44

––

52

UART

, 2 S

PI, 1

I2 C1

––

üü

$3.9

9PB

OR, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

dsPI

C33E

P512

MC5

06*

NR53

dsPI

C51

248

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

zü

16 c

h –

1 +

3‡

34

46

15

2 UA

RT, 2

SPI

, 1 I2 C

1–

–ü

ü$3

.99

PBOR

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

dsPI

C33E

P512

MC8

06*

NR53

dsPI

C53

652

AN10

95(1

)15

3V–3

.6V

707.

37 M

Hz, 3

2 KH

z–

24 c

h, 2

ADC

–3

–16

168

29

4 UA

RT, 2

SPI

, 2 I2 C

2Y

Yü

ü$5

.22

PBOR

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

dsPI

C33E

P512

GP80

6*NR

53ds

PIC

536

52AN

1095

(1)

153V

–3.6

V70

7.37

MHz

, 32

KHz

–24

ch,

2 A

DC–

3–

1616

––

94

UART

, 2 S

PI, 2

I2 C2

–Y

üü

$5.6

0PB

OR, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

dsPI

C33E

P256

MU8

06*

R53

dsPI

C51

248

AN10

95(1

)4

3V–3

.6V

707.

37 M

Hz, 3

2 KH

z–

24 c

h, 2

ADC

–3

–16

168

29

4 UA

RT, 2

SPI

, 2 I2 C

2–

Yü

ü$5

.60

PBOR

, POR

, WDT

TQFP

(PT)

, QFN

(MR)

100-Pin

dsPI

C33F

J64G

P310

A*R

85ds

PIC

6416

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z–

32 c

h–

––

88

––

92

UART

, 2 S

PI, 2

I2 C–

––

––

$3.9

9PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

dsPI

C33F

J64M

C510

A*R

85ds

PIC

648

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z–

24 c

h–

––

88

81

92

UART

, 2 S

PI, 2

I2 C1

––

––

$4.3

3PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

dsPI

C33F

J128

GP31

0A*

R85

dsPI

C12

816

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z–

32 c

h–

––

88

––

92

UART

, 2 S

PI, 2

I2 C–

––

––

$4.2

5PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

dsPI

C33F

J128

MC5

10A*

R85

dsPI

C12

88

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z–

24 c

h–

––

88

81

92

UART

, 2 S

PI, 2

I2 C1

––

––

$4.5

9PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

dsPI

C33F

J64G

P710

A*R

85ds

PIC

6416

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z–

32 c

h, 2

ADC

––

–8

8–

–9

2 UA

RT, 2

SPI

, 2 I2 C

2–

––

–$4

.61

PBOR

, POR

, WDT

TQFP

(PT,

PF)

dsPI

C33F

J64M

C710

A*R

85ds

PIC

6416

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z-

24 c

h, 2

ADC

––

–8

88

19

2 UA

RT, 2

SPI

, 2 I2 C

2–

––

–$4

.91

PBOR

, POR

, WDT

TQFP

(PT,

PF)

dsPI

C33F

J256

GP51

0A*

R85

dsPI

C25

616

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z-

32 c

h –

––

88

––

92

UART

, 2 S

PI, 2

I2 C1

––

––

$4.6

6PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

dsPI

C33F

J128

GP71

0A*

R85

dsPI

C12

816

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z-

32 c

h, 2

ADC

––

–8

8–

–9

2 UA

RT, 2

SPI

, 2 I2 C

2–

––

–$4

.86

PBOR

, POR

, WDT

TQFP

(PT,

PF)

dsPI

C33F

J256

MC5

10A*

R85

dsPI

C25

616

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z-

16 c

h –

––

88

81

92

UART

, 2 S

PI, 2

I2 C1

––

––

$4.9

7PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

dsPI

C33F

J128

MC7

10A*

R85

dsPI

C12

816

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z-

24 c

h, 2

ADC

––

–8

88

19

2 UA

RT, 2

SPI

, 2 I2 C

2–

––

–$5

.18

PBOR

, POR

, WDT

TQFP

(PT,

PF)

dsPI

C33F

J256

GP71

0A*

R85

dsPI

C25

630

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z-

32 c

h, 2

ADC

––

–8

8–

–9

2 UA

RT, 2

SPI

, 2 I2 C

2–

––

–$5

.32

PBOR

, POR

, WDT

TQFP

(PT,

PF)

dsPI

C33F

J256

MC7

10A*

R85

dsPI

C25

630

AN10

95(1

)8

3V–3

.6V

407.

37 M

Hz, 3

2 KH

z-

24 c

h, 2

ADC

––

–8

88

19

2 UA

RT, 2

SPI

, 2 I2 C

2–

––

–$5

.67

PBOR

, POR

, WDT

TQFP

(PT,

PF)

dsPI

C33E

P256

MU8

10*

R83

dsPI

C28

028

AN10

95(1

)15

3V–3

.6V

607.

37 M

Hz, 3

2 KH

z-

32 c

h, 2

ADC

–3

–16

1612

29

2 UA

RT, 2

SPI

, 2 I2 C

2ü

üü

ü$5

.70

PBOR

, POR

, WDT

TQFP

(PT,

PF)

dsPI

C33E

P512

MU8

10*

R83

dsPI

C53

652

AN10

95(1

)15

3V–3

.6V

607.

37 M

Hz, 3

2 KH

z-

32 c

h, 2

ADC

–3

–16

1612

29

2 UA

RT, 2

SPI

, 2 I2 C

2ü

üü

ü$6

.37

PBOR

, POR

, WDT

TQFP

(PT,

PF)

144-Pin

dsPI

C33E

P256

MU8

14*

R12

2ds

PIC

280

28AN

1095

(1)

153V

–3.6

V60

7.37

MHz

, 32

KHz

-32

ch,

2 A

DC–

3–

1616

122

92

UART

, 2 S

PI, 2

I2 C2

üü

üü

$6.3

1PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

dsPI

C33E

P512

MU8

14*

R12

2ds

PIC

536

52AN

1095

(1)

153V

–3.6

V60

7.37

MHz

, 32

KHz

-32

ch,

2 A

DC–

3–

1616

122

92

UART

, 2 S

PI, 2

I2 C2

üü

üü

$6.9

9PB

OR, P

OR, W

DTTQ

FP (P

T, P

F)

* Pa

rts

avai

labl

e w

ith H

igh

Tem

pera

ture

Opt

ions

(150

°C).

‡ Op

am

p co

nfigu

red

as c

ompa

rato

r. n

ote

1: S

ee A

pplic

atio

n N

ote

"AN

1095

: Em

ulat

ing

Dat

a EE

PRO

M".

2

: Tw

o 16

-bit

timer

s ca

n be

con

cate

nate

d to

form

a 3

2-bi

t tim

er.


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

dsP

iC3

3 D

sC s

MP

s A

nD

DiG

itA

l P

oW

er C

on

Ver

sio

n F

AM

ilY

Prod

uct


i/o Pins

Core

Mem

ory

Voltage range

ope

ratin

g sp

eed

Anal

og

output Compare/PWM

input Capture

Power supply PWM Ch(1)

Qei

16-bit timer(2)

Com

mun

icat

ion

PMP

rtCC

PPs

5 ku Pricing†

Mon

itors

Pack

ages

(Des

igna

tor)

Program (Kb)

Data rAM (b)

eeProM

DMA #Ch

Maximum speed MiPs

internal oscillator

ADC 10-bit 2000 ksps (‡ 4000 ksps)

DAC

Comparators


CAn

syst

em M

gmt.

Feat

ures

18-Pin

dsPI

C33F

J06G

S001

R13

dsPI

C®6

256

AN10

95(1

)–

3V–3

.6V

407.

37 M

Hz, 3

2 kH

z6

ch2

× 10

-bit

2–

–4

–2

1 UA

RT, 1

SPI

, 1 I2 C

™–

––

ü$1

.61

BOR,

POR

, WDT

PDIP

(P),

SOIC

(SO)

, SSO

P (S

S)

dsPI

C33F

J06G

S101

AR

13ds

PIC

625

6AN

1095

(1)

–3V

–3.6

V40

7.37

MHz

, 32

kHz

6 ch

––

1–

4–

21

UART

, 1 S

PI, 1

I2 C–

––

ü$1

.75

BOR,

POR

, WDT

PDIP

(P),

SOIC

(SO)

, SSO

P (S

S)

28-Pin

dsPI

C33F

J06G

S102

AR

21ds

PIC

625

6AN

1095

(1)

–3V

–3.6

V40

7.37

MHz

, 32

kHz

6 ch

––

1–

4–

21

UART

, 1 S

PI, 1

I2 C–

––

ü$1

.95

BOR,

POR

, WDT

SDIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(MM

)

dsPI

C33F

J06G

S202

AR

21ds

PIC

610

24AN

1095

(1)

–3V

–3.6

V40

7.37

MHz

, 32

kHz

6 ch

2 ×

10-b

it2

11

4–

21

UART

, 1 S

PI, 1

I2 C–

––

ü$2

.06

BOR,

POR

, WDT

SDIP

(SP)

, SOI

C (S

O), S

SOP

(SS)

, QFN

(MM

)

dsPI

C33F

J09G

S302

R21

dsPI

C9

1024

AN10

95(1

)–

3V–3

.6V

407.

37 M

Hz, 3

2 kH

z8

ch2

× 10

-bit

21

16

–2

1 UA

RT, 1

SPI

, 1 I2 C

––

–ü

$2.1

7BO

R, P

OR, W

DTSD

IP (S

P), S

OIC

(SO)

, SSO

P (S

S), Q

FN (M

M)

dsPI

C33F

J16G

S402

* R

21ds

PIC

1620

48AN

1095

(1)

–3V

–3.6

V50

7.37

MHz

, 32

kHz

8 ch

––

22

6–

31

UART

, 1 S

PI, 1

I2 C

––

–ü

$2.5

2 BO

R, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), Q

FN (M

M)

dsPI

C33F

J16G

S502

* R

21ds

PIC

1620

48AN

1095

(1)

–3V

–3.6

V50

7.37

MHz

, 32

kHz

8 ch

, 2

ADC‡

4 ×

10-b

it4

22

8–

31

UART

, 1 S

PI, 1

I2 C

––

–ü

$3.0

4 BO

R, P

OR, W

DTSP

DIP

(SP)

, SOI

C (S

O), Q

FN (M

M)

44-Pin

dsPI

C33F

J16G

S404

* R

35ds

PIC

1620

48AN

1095

(1)

–3V

–3.6

V50

7.37

MHz

, 32

kHz

8 ch

––

22

6–

31

UART

, 1 S

PI, 1

I2 C

––

–ü

$2.7

7 BO

R, P

OR, W

DTTQ

FP (P

T), Q

FN (M

L)

dsPI

C33F

J16G

S504

* R

35ds

PIC

1620

48AN

1095

(1)

–3V

–3.6

V50

7.37

MHz

, 32

kHz

12 c

h, 2

AD

C‡4

× 10

-bit

42

28

–3

1 UA

RT, 1

SPI

, 1 I2 C

–

––

ü$3

.42

BOR,

POR

, WDT

TQFP

(PT)

, QFN

(ML)

64-Pin

dsPI

C33F

J32G

S406

R58

dsPI

C32

4096

AN10

95(1

)–

3V–3

.6V

507.

37 M

Hz, 3

2 kH

z16

ch

––

44

121

52

UART

, 2 S

PI, 2

I2 C

––

––

$3.0

7BO

R, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

dsPI

C33F

J64G

S406

R58

dsPI

C64

8192

AN10

95(1

)–

3V–3

.6V

507.

37 M

Hz, 3

2 kH

z16

ch

––

44

121

52

UART

, 2 S

PI, 2

I2 C

––

––

$3.3

5BO

R, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

dsPI

C33F

J32G

S606

R58

dsPI

C32

4096

AN10

95(1

)–

3V–3

.6V

507.

37 M

Hz, 3

2 kH

z16

ch,

2

ADC‡

4 ×

10-b

it 4

44

122

52

UART

, 2 S

PI, 2

I2 C

––

––

$3.3

6BO

R, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

dsPI

C33F

J64G

S606

R58

dsPI

C64

9216

AN10

95(1

)4

3V–3

.6V

507.

37 M

Hz, 3

2 kH

z16

ch,

2

ADC‡

4 ×

10-b

it 4

44

122

52

UART

, 2 S

PI, 2

I2 C

1–

––

$3.8

1BO

R, P

OR, W

DTTQ

FP (P

T), Q

FN (M

R)

80-Pin

dsPI

C33F

J32G

S608

R74

dsPI

C32

4096

AN10

95(1

)–

3V–3

.6V

507.

37 M

Hz, 3

2 kH

z18

ch,

2

ADC‡

4 ×

10-b

it 4

44

162

52

UART

, 2 S

PI, 2

I2 C

––

––

$3.8

5BO

R, P

OR, W

DTTQ

FP (P

T)

dsPI

C33F

J64G

S608

R74

dsPI

C64

9216

AN10

95(1

)4

3V–3

.6V

507.

37 M

Hz, 3

2 kH

z18

ch,

2

ADC‡

4 ×

10-b

it 4

44

162

52

UART

, 2 S

PI, 2

I2 C

1–

––

$4.3

4BO

R, P

OR, W

DTTQ

FP (P

T)

100-Pin

dsPI

C33F

J32G

S610

R85

dsPI

C32

4096

AN10

95(1

)–

3V–3

.6V

507.

37 M

Hz, 3

2 kH

z24

ch,

2

ADC‡

4 ×

10-b

it 4

44

182

52

UART

, 2 S

PI, 2

I2 C

––

––

$4.4

1BO

R, P

OR, W

DTTQ

FP (P

F, P

T)

dsPI

C33F

J64G

S610

R85

dsPI

C64

9216

AN10

95(1

)4

3V–3

.6V

507.

37 M

Hz, 3

2 kH

z24

ch,

2

ADC‡

4 ×

10-b

it 4

44

182

52

UART

, 2 S

PI, 2

I2 C

1–

––

$4.8

9BO

R, P

OR, W

DTTQ

FP (P

F, P

T)

* Pa

rts

avai

labl

e w

ith H

igh

Tem

pera

ture

Opt

ions

(150

°C).

‡ 4

Msp

s de

vices

with

2 A

DCs

not

e 1

: See

App

licat

ion

Not

e "A

N10

95: E

mul

atin

g D

ata

EEPR

OM

".

2: T

wo

16-b

it tim

ers

can

be c

onca

tena

ted

to fo

rm a

32-

bit t

imer

.


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

32

-bit

PiC

32

MiC

ro

Co

ntr

oll

ers

Prod

uct


i/o Pins

Core

Mem

ory

DMA Channels General/Dedicated

Voltage range

ope

ratin

g sp

eed


Anal

og

iC/oC/PWM

timers 16/32-bit

Com

mun

icat

ion

PMP

rtCC

Peripheral Pin select (PPs)

5 ku Pricing†

Mon

itors

Pack

ages

(Des

igna

tor)

Flash Kb + boot Flash

Data rAM (Kb)

eeProM

Maximum speed (MHz)

internal oscillator

ADC 10-bit 1,000 ksps

Comparators

sPi/i2s

i2C™

UArts

Fs Usb

ethernet

CAn

syst

em M

gmt.

Feat

ures

28-Pin

PIC3

2MX1

10F0

16B

R21

PIC3

216

+ 3

4AN

1095

4/0

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

10 c

h3

5/5/

55/

22/

22

2–

––

üü

ü$1

.51

POR,

BOR

, LVD

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

C (S

S), Q

FN (M

L)

PIC3

2MX2

10F0

16B

R21

PIC3

216

+ 3

4AN

1095

4/2

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

10 c

h3

5/5/

55/

22/

22

2De

vice

––

üü

ü$1

.62

POR,

BOR

, LVD

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

C (S

S), Q

FN (M

L)

PIC3

2MX1

20F0

32B

R21

PIC3

232

+ 3

8AN

1095

4/0

2.3V

–3.6

V50

8 M

Hz, 3

2 KH

zü

10 c

h3

5/5/

55/

22/

22

2–

––

üü

ü$1

.71

POR,

BOR

, LVD

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

C (S

S), Q

FN (M

L)

PIC3

2MX2

20F0

32B

R21

PIC3

232

+ 3

8AN

1095

4/2

2.3V

–3.6

V50

8 M

Hz, 3

2 KH

zü

10 c

h3

5/5/

55/

22/

22

2De

vice

––

üü

ü$1

.82

POR,

BOR

, LVD

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

C (S

S), Q

FN (M

L)

PIC3

2MX1

30F0

64B

R21

PIC3

264

+ 3

16AN

1095

4/0

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

10 c

h3

5/5/

55/

22/

22

2–

––

üü

ü$2

.03

POR,

BOR

, LVD

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

C (S

S), Q

FN (M

L)

PIC3

2MX1

50F1

28B

R21

PIC3

212

8 +

332

AN10

954/

02.

3V–3

.6V

508

MHz

, 32

KHz

ü10

ch

35/

5/5

5/2

2/2

22

––

–ü

üü

$2.3

1PO

R, B

OR, L

VD, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOC

(SS)

, QFN

(ML)

PIC3

2MX2

30F0

64B

R21

PIC3

264

+ 3

16AN

1095

4/2

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

10 c

h3

5/5/

55/

22/

22

2OT

G–

–ü

üü

$2.3

1PO

R, B

OR, L

VD, W

DTSP

DIP

(SP)

, SOI

C (S

O), S

SOC

(SS)

, QFN

(ML)

PIC3

2MX2

50F1

28B

R21

PIC3

212

8 +

332

AN10

954/

22.

3V–3

.6V

508

MHz

, 32

KHz

ü10

ch

35/

5/5

5/2

2/2

22

OTG

––

üü

ü$2

.59

POR,

BOR

, LVD

, WDT

SPDI

P (S

P), S

OIC

(SO)

, SSO

C (S

S), Q

FN (M

L)

36-Pin

PIC3

2MX1

10F0

16C

R25

PIC3

216

+ 3

4AN

1095

4/0

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

12 c

h3

5/5/

55/

22/

22

2–

––

üü

ü$1

.65

POR,

BOR

, LVD

, WDT

VTLA

(TL)

PIC3

2MX2

10F0

16C

R25

PIC3

216

+ 3

4AN

1095

4/2

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

12 c

h3

5/5/

55/

22/

22

2De

vice

––

üü

ü$1

.76

POR,

BOR

, LVD

, WDT

VTLA

(TL)

PIC3

2MX1

20F0

32C

R25

PIC3

232

+ 3

8AN

1095

4/0

2.3V

–3.6

V50

8 M

Hz, 3

2 KH

zü

12 c

h3

5/5/

55/

22/

22

2–

––

üü

ü$1

.85

POR,

BOR

, LVD

, WDT

VTLA

(TL)

PIC3

2MX2

20F0

32C

R25

PIC3

232

+ 3

8AN

1095

4/2

2.3V

–3.6

V50

8 M

Hz, 3

2 KH

zü

12 c

h3

5/5/

55/

22/

22

2De

vice

––

üü

ü$1

.96

POR,

BOR

, LVD

, WDT

VTLA

(TL)

PIC3

2MX1

30F0

64C

R25

PIC3

264

+ 3

16AN

1095

4/0

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

12 c

h3

5/5/

55/

22/

22

2–

––

üü

ü$2

.17

POR,

BOR

, LVD

, WDT

VTLA

(TL)

PIC3

2MX1

50F1

28C

R25

PIC3

212

8 +

332

AN10

954/

02.

3V–3

.6V

508

MHz

, 32

KHz

ü12

ch

35/

5/5

5/2

2/2

22

––

–ü

üü

$2.4

5PO

R, B

OR, L

VD, W

DTVT

LA (T

L)

PIC3

2MX2

30F0

64C

R25

PIC3

264

+ 3

16AN

1095

4/2

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

12 c

h3

5/5/

55/

22/

22

2OT

G–

–ü

üü

$2.4

5PO

R, B

OR, L

VD, W

DTVT

LA (T

L)

PIC3

2MX2

50F1

28C

R25

PIC3

212

8 +

332

AN10

954/

22.

3V–3

.6V

508

MHz

, 32

KHz

ü12

ch

35/

5/5

5/2

2/2

22

OTG

––

üü

ü$2

.73

POR,

BOR

, LVD

, WDT

VTLA

(TL)

44-Pin

PIC3

2MX1

10F0

16D

R34

PIC3

216

+ 3

4AN

1095

4/0

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

13 c

h3

5/5/

55/

22/

22

2–

––

üü

ü$1

.75

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(ML)

, VTL

A (T

L)

PIC3

2MX2

10F0

16D

R34

PIC3

216

+ 3

4AN

1095

4/2

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

13 c

h3

5/5/

55/

22/

22

2De

vice

––

üü

ü$1

.85

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(ML)

, VTL

A (T

L)

PIC3

2MX1

20F0

32D

R34

PIC3

232

+ 3

8AN

1095

4/0

2.3V

–3.6

V50

8 M

Hz, 3

2 KH

zü

13 c

h3

5/5/

55/

22/

22

2–

––

üü

ü$1

.95

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(ML)

, VTL

A (T

L)

PIC3

2MX2

20F0

32D

R34

PIC3

232

+ 3

8AN

1095

4/2

2.3V

–3.6

V50

8 M

Hz, 3

2 KH

zü

13 c

h3

5/5/

55/

22/

22

2De

vice

––

üü

ü$2

.04

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(ML)

, VTL

A (T

L)

PIC3

2MX1

30F0

64D

R34

PIC3

264

+ 3

16AN

1095

4/0

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

13 c

h3

5/5/

55/

22/

22

2–

––

üü

ü$2

.24

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(ML)

, VTL

A (T

L)

PIC3

2MX1

50F1

28D

R34

PIC3

212

8 +

332

AN10

954/

02.

3V–3

.6V

508

MHz

, 32

KHz

ü13

ch

35/

5/5

5/2

2/2

22

––

–ü

üü

$2.5

2PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

L), V

TLA

(TL)

PIC3

2MX2

30F0

64D

R34

PIC3

264

+ 3

16AN

1095

4/2

2.3V

–3.6

V40

8 M

Hz, 3

2 KH

zü

13 c

h3

5/5/

55/

22/

22

2OT

G–

–ü

üü

$2.5

2PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

L), V

TLA

(TL)

PIC3

2MX2

50F1

28D

R34

PIC3

212

8 +

332

AN10

954/

22.

3V–3

.6V

508

MHz

, 32

KHz

ü13

ch

35/

5/5

5/2

2/2

22

OTG

––

üü

ü$2

.80

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(ML)

, VTL

A (T

L)

64-Pin

PIC3

2MX3

30F0

64H

NR53

PIC3

264

+ 1

216

AN10

95(1

)4/

02.

3V–3

.6V

808

MHz

, 32

KHz

ü28

25/

5/5

5/2

2/2

24

––

–ü

üü

call

for

pric

ing

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(MR)

PIC3

2MX4

30F0

64H

NR53

PIC3

264

+ 1

216

AN10

95(1

)4/

22.

3V–3

.6V

808

MHz

, 32

KHz

ü28

25/

5/5

5/2

2/2

24

OTG

––

üü

üca

ll fo

r pr

icin

gPO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX3

20F0

32H

R 51

PI

C32

32 +

12

8AN

1095

(1)

0/0

2.3V

–3.6

V40

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2–

––

üü

–$3

.09

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(MR)

PIC3

2MX3

20F0

64H

R 51

PI

C32

64 +

12

16AN

1095

(1)

0/0

2.3V

–3.6

V40

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2–

––

üü

–$3

.36

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(MR)

PIC3

2MX4

20F0

32H

R 51

PI

C32

32 +

12

8AN

1095

(1)

0/2

2.3V

–3.6

V40

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2OT

G–

–ü

ü–

$3.3

6PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX3

20F1

28H

R 51

PI

C32

128

+ 12

16AN

1095

(1)

0/0

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2–

––

üü

–$3

.75

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(MR)

PIC3

2MX5

34F0

64H

R 51

PI

C32

64 +

12

16AN

1095

(1)

4/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G–

1ü

ü–

$3.8

9PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX3

40F1

28H

R 51

PI

C32

128

+ 12

32AN

1095

(1)

4/0

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2–

––

üü

–$3

.96

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(MR)

PIC3

2MX5

64F0

64H

R 51

PI

C32

64 +

12

32AN

1095

(1)

4/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G–

1ü

ü–

$4.1

0PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX4

40F1

28H

R 51

PI

C32

128

+ 12

32AN

1095

(1)

4/2

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2OT

G–

–ü

ü–

$4.2

3PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX3

40F2

56H

R 51

PI

C32

256

+ 12

32AN

1095

(1)

4/0

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2–

––

üü

–$4

.31

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(MR)

PIC3

2MX5

64F1

28H

R 51

PI

C32

128

+ 12

32AN

1095

(1)

4/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G–

1ü

ü–

$4.3

4PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX6

64F0

64H

R 51

PI

C32

64 +

12

32AN

1095

(1)

4/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G10

/100

–ü

ü–

$4.3

4PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX4

40F2

56H

R 51

PI

C32

256

+ 12

32AN

1095

(1)

4/2

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2OT

G–

–ü

ü–

$4.5

8PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX6

64F1

28H

R 51

PI

C32

128

+ 12

32AN

1095

(1)

4/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G10

/100

–ü

ü–

$4.5

8PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

not

e 1

: See

App

licat

ion

Not

e "A

N10

95: E

mul

atin

g D

ata

EEPR

OM

".


32

-bit

PiC

32

MiC

ro

Co

ntr

oll

ers

Prod

uct


i/o Pins

Core

Mem

ory

DMA Channels General/Dedicated

Voltage range

ope

ratin

g sp

eed


Anal

og

iC/oC/PWM

timers 16/32-bit

Com

mun

icat

ion

PMP

rtCC

Peripheral Pin select (PPs)

5 ku Pricing†

Mon

itors

Pack

ages

(Des

igna

tor)

Flash Kb + boot Flash

Data rAM (Kb)

eeProM

Maximum speed (MHz)

internal oscillator

ADC 10-bit 1,000 ksps

Comparators

sPi/i2s

i2C™

UArts

Fs Usb

ethernet

CAn

syst

em M

gmt.

Feat

ures

64-Pin (Cont.)

PIC3

2MX7

64F1

28H

R 51

PI

C32

128

+ 12

32AN

1095

(1)

4/6

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G10

/100

1ü

ü–

$4.6

9PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX3

40F5

12H

R 51

PI

C32

512

+ 12

32AN

1095

(1)

4/0

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2–

––

üü

–$4

.77

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(MR)

PIC3

2MX5

75F2

56H

R 51

PI

C32

256

+ 12

64AN

1095

(1)

8/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G–

1ü

ü–

$4.9

6PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX4

40F5

12H

R 51

PI

C32

512

+ 12

32AN

1095

(1)

4/2

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2OT

G–

–ü

ü–

$5.0

4PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX6

75F2

56H

R 51

PI

C32

256

+ 12

64AN

1095

(1)

8/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G10

/100

–ü

ü–

$5.1

9PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX5

75F5

12H

R 51

PI

C32

512

+ 12

64AN

1095

(1)

8/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G–

1ü

ü–

$5.4

2PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX7

75F2

56H

R 51

PI

C32

256

+ 12

64AN

1095

(1)

8/8

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G10

/100

2ü

ü–

$5.4

2PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX6

75F5

12H

R 51

PI

C32

512

+ 12

64AN

1095

(1)

8/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G10

/100

–ü

ü–

$5.6

6PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX7

75F5

12H

R 51

PI

C32

512

+ 12

64AN

1095

(1)

8/8

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G10

/100

2ü

ü–

$5.8

8PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

PIC3

2MX6

95F5

12H

R 51

PI

C32

512

+ 12

128

AN10

95(1

)8/

42.

3V–3

.6V

808

MHz

, 32

kHz

–16

ch

25/

5/5

5/1

3/0

46

OTG

10/1

00–

üü

–$6

.13

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, QFN

(MR)

PIC3

2MX7

95F5

12H

R 51

PIC3

251

2 +

1212

8AN

1095

(1)

8/8

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

13/

04

6OT

G10

/100

2ü

ü–

$6.3

6PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), Q

FN (M

R)

100-Pin

PIC3

2MX3

30F0

64L

NR85

PIC3

264

+ 1

216

AN10

95(1

)4/

02.

3V–3

.6V

808

MHz

, 32

KHz

ü28

25/

5/5

5/2

2/2

25

––

–ü

ü–

call

for

pric

ing

POR,

BOR

, LVD

, WDT

TQFP

(PT,

PF)

, VT

LA (T

L)

PIC3

2MX4

30F0

64L

NR85

PIC3

264

+ 1

216

AN10

95(1

)4/

22.

3V–3

.6V

808

MHz

, 32

KHz

ü28

25/

5/5

5/2

2/2

25

OTG

––

üü

–ca

ll fo

r pr

icin

gPO

R, B

OR, L

VD, W

DTTQ

FP (P

T, P

F),

VTLA

(TL)

PIC3

2MX5

34F0

64L

R 85

PI

C32

64 +

12

16AN

1095

(1)

4/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

14/

05

6OT

G–

1ü

ü–

$4.3

7PO

R, B

OR, L

VD, W

DTTQ

FP (P

T, P

F), X

BGA

(BG)

PIC3

2MX3

20F1

28L

R 85

PIC3

212

8 +

1216

AN10

95(1

)0/

02.

3V–3

.6V

808

MHz

, 32

kHz

–16

ch

25/

5/5

5/1

2/0

22

––

–ü

ü–

$4.4

4PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), X

BGA

(BG)

PIC3

2MX3

40F1

28L

R 85

PI

C32

128

+ 12

32AN

1095

(1)

4/0

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2–

––

üü

–$4

.44

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, XBG

A (B

G)

PIC3

2MX5

64F0

64L

R 85

PIC3

264

+ 1

232

AN10

95(1

)4/

42.

3V–3

.6V

808

MHz

, 32

kHz

–16

ch

25/

5/5

5/1

4/0

56

OTG

–1

üü

–$4

.58

POR,

BOR

, LVD

, WDT

TQFP

(PT,

PF)

, XBG

A (B

G)

PIC3

2MX4

40F1

28L

R 85

PI

C32

128

+ 12

32AN

1095

(1)

4/2

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2OT

G–

–ü

ü–

$4.7

0PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), X

BGA

(BG)

PIC3

2MX3

60F2

56L

R 85

PIC3

225

6 +

1232

AN10

95(1

)4/

02.

3V–3

.6V

808

MHz

, 32

kHz

–16

ch

25/

5/5

5/1

2/0

22

––

–ü

ü–

$4.7

9PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), X

BGA

(BG)

PIC3

2MX5

64F1

28L

R 85

PI

C32

128

+ 12

32AN

1095

(1)

4/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

14/

05

6OT

G–

1ü

ü–

$4.8

2PO

R, B

OR, L

VD, W

DTTQ

FP (P

T, P

F), X

BGA

(BG)

PIC3

2MX6

64F0

64L

R 85

PIC3

264

+ 1

232

AN10

95(1

)4/

42.

3V–3

.6V

808

MHz

, 32

kHz

–16

ch

25/

5/5

5/1

4/0

56

OTG

10/1

00–

üü

–$4

.82

POR,

BOR

, LVD

, WDT

TQFP

(PT,

PF)

, XBG

A (B

G)

PIC3

2MX4

60F2

56L

R 85

PI

C32

256

+ 12

32AN

1095

(1)

4/2

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

12/

02

2OT

G–

–ü

ü–

$5.0

5PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), X

BGA

(BG)

PIC3

2MX6

64F1

28L

R 85

PIC3

212

8 +

1232

AN10

95(1

)4/

42.

3V–3

.6V

808

MHz

, 32

kHz

–16

ch

25/

5/5

5/1

4/0

56

OTG

10/1

00–

üü

–$5

.05

POR,

BOR

, LVD

, WDT

TQFP

(PT,

PF)

, XBG

A (B

G)

PIC3

2MX7

64F1

28L

R 85

PI

C32

128

+ 12

32AN

1095

(1)

4/6

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

14/

05

6OT

G10

/100

1ü

ü–

$5.1

7PO

R, B

OR, L

VD, W

DTTQ

FP (P

T, P

F), X

BGA

(BG)

PIC3

2MX3

60F5

12L

R 85

PIC3

251

2 +

1232

AN10

95(1

)4/

02.

3V–3

.6V

808

MHz

, 32

kHz

–16

ch

25/

5/5

5/1

2/0

22

––

–ü

ü–

$5.2

5PO

R, B

OR, L

VD, W

DTTQ

FP (P

T), X

BGA

(BG)

PIC3

2MX5

75F2

56L

R 85

PI

C32

256

+ 12

64AN

1095

(1)

8/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

14/

05

6OT

G–

1ü

ü–

$5.4

3PO

R, B

OR, L

VD, W

DTTQ

FP (P

T, P

F), X

BGA

(BG)

PIC3

2MX4

60F5

12L

R 85

PIC3

251

2 +

1232

AN10

95(1

)4/

22.

3V–3

.6V

808

MHz

, 32

kHz

–16

ch

25/

5/5

5/1

2/0

22

OTG

––

üü

–$5

.52

POR,

BOR

, LVD

, WDT

TQFP

(PT)

, XBG

A (B

G)

PIC3

2MX6

75F2

56L

R 85

PI

C32

256

+ 12

64AN

1095

(1)

8/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

14/

05

6OT

G10

/100

–ü

ü–

$5.6

7PO

R, B

OR, L

VD, W

DTTQ

FP (P

T, P

F), X

BGA

(BG)

PIC3

2MX5

75F5

12L

R 85

PIC3

251

2 +

1264

AN10

95(1

)8/

42.

3V–3

.6V

808

MHz

, 32

kHz

–16

ch

25/

5/5

5/1

4/0

56

OTG

–1

üü

–$5

.89

POR,

BOR

, LVD

, WDT

TQFP

(PT,

PF)

, XBG

A (B

G)

PIC3

2MX7

75F2

56L

R 85

PI

C32

256

+ 12

64AN

1095

(1)

8/8

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

14/

05

6OT

G10

/100

2ü

ü–

$5.8

9PO

R, B

OR, L

VD, W

DTTQ

FP (P

T, P

F), X

BGA

(BG)

PIC3

2MX6

75F5

12L

R 85

PIC3

251

2 +

1264

AN10

95(1

)8/

42.

3V–3

.6V

808

MHz

, 32

kHz

–16

ch

25/

5/5

5/1

4/0

56

OTG

10/1

00–

üü

–$6

.13

POR,

BOR

, LVD

, WDT

TQFP

(PT,

PF)

, XBG

A (B

G)

PIC3

2MX7

75F5

12L

R 85

PI

C32

512

+ 12

64AN

1095

(1)

8/8

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

14/

05

6OT

G10

/100

2ü

ü–

$6.3

6PO

R, B

OR, L

VD, W

DTTQ

FP (P

T, P

F), X

BGA

(BG)

PIC3

2MX6

95F5

12L

R 85

PIC3

251

2 +

1212

8AN

1095

(1)

8/4

2.3V

–3.6

V80

8 M

Hz, 3

2 kH

z–

16 c

h2

5/5/

55/

14/

05

6OT

G10

/100

–ü

ü–

$6.6

1PO

R, B

OR, L

VD, W

DTTQ

FP (P

T, P

F), X

BGA

(BG)

PIC3

2MX7

95F5

12L

R 85

PI

C32

512

+ 12

128

AN10

95(1

)8/

82.

3V–3

.6V

808

MHz

, 32

kHz

–16

ch

25/

5/5

5/1

4/0

56

OTG

10/1

002

üü

–$6

.83

POR,

BOR

, LVD

, WDT

TQFP

(PT,

PF)

, XBG

A (B

G), V

TLA

(TL)

not

e 1

: See

App

licat

ion

Not

e "A

N10

95: E

mul

atin

g D

ata

EEPR

OM

".


tHer

MA

l M

An

AG

eMen

t: t

empe

ratu

re s

enso

rs

Prod

uct

Des

crip

tion

# te

mps

. M

onito

red

typi

cal/

Max

Ac

cura

cy (°

C)te

mp.

ran

ge (°

C)Vc

c r

ange

(V)

typi

cal s

uppl

y Cu

rren

t (µA

)Al

erts

res

ista

nce

erro

r Co

rrec

tion

beta

Co

mpe

nsat

ion

Pack

ages

MCP

9501

/2/3

/4Te

mpe

ratu

re S

witc

h re

plac

ing

MAX

6501

/2/3

/41

1.0/

3.0

−40

to +

125

+2.

7 to

+5.

525

––

–5-

pin

SOT-

23

MCP

9509

/10

Resi

stor

-Pro

gram

mab

le T

empe

ratu

re S

witc

h1

0.5/

3.5

−40

to +

125

+2.

7 to

+5.

530

––

–5-

pin

SOT-

23

MCP

9800

/1/2

/3SM

Bus/

I2 C™

Tem

pera

ture

Sen

sor

10.

5/1.

0−5

5 to

+12

5 +

2.7

to +

5.5

200

1–

–5-

pin

SOT-

23

MCP

9804

SMBu

s/I2 C

Tem

pera

ture

Sen

sor

10.

25/1

.0−4

0 to

+12

5 +

2.7

to +

5.5

200

1-–

–8-

pin

DFN,

8-p

in M

SOP

MCP

9808

SMBu

s/I2 C

Tem

pera

ture

Sen

sor

10.

25/0

.5−4

0 to

+12

5 +

2.7

to +

5.5

200

1–

–8-

pin

DFN,

8-p

in M

SOP

MCP

9824

3SM

Bus/

I2 C T

empe

ratu

re S

enso

r with

EEP

ROM

10.

5/3.

0−4

0 to

+12

5 +

3.0

to +

3.6

200

1–

–8-

pin

DFN,

8-p

in T

DFN,

8-p

in T

SSOP

, 8-p

in U

DFN

MCP

9843

SMBu

s/I2 C

JED

EC T

empe

ratu

re S

enso

r1

0.5/

3.0

−40

to +

125

+3.

0 to

+3.

620

01

––

8-pi

n DF

N, 8

-pin

TDF

N, 8

-pin

TSS

OP

TCN7

5ASM

Bus/

I2 C T

empe

ratu

re S

enso

r1

0.5/

3.0

−40

to +

125

+2.

7 to

+5.

520

01

––

8-pi

n M

SOP,

8-p

in S

OIC

150m

il

MCP

9700

/01

Line

ar A

ctive

The

rmis

tor I

C1

1.0/

4.0

−40

to +

150

+2.

3 to

+5.

56

––

–3-

pin

SOT-

23, 3

-pin

TO-

92, 5

-pin

SC-

70

MCP

9700

/01A

Line

ar A

ctive

The

rmis

tor I

C1

1.0/

2.0

−40

to +

150

+2.

3 to

+5.

56

––

–3-

pin

SOT-

23, 3

-pin

TO-

92, 5

-pin

SC-

70

EMC1

033

SMBu

s/I2 C

Mul

ti Te

mpe

ratu

re S

enso

r3

1.0/

3.0

−40

to +

125

+3.

0 to

+3.

650

2ü

–8-

pin

MSO

P

EMC1

043

SMBu

s/I2 C

Mul

ti Te

mpe

ratu

re S

enso

r3

0.5/

1.0

−40

to +

125

+3.

0 to

+3.

610

5–

üCo

nfigu

rabl

e8-

pin

MSO

P

EMC1

046

SMBu

s/I2 C

Mul

ti Te

mp

Sens

or w

ith H

otte

st o

f Zon

es6

0.25

/1.0

−40

to +

125

+3.

0 to

+3.

639

5–

üAu

tom

atic

10-p

in M

SOP

EMC1

047

SMBu

s/I2 C

Mul

ti Te

mp

Sens

or w

ith H

otte

st o

f Zon

es7

0.25

/1.0

−40

to +

125

+3.

0 to

+3.

639

5–

üAu

tom

atic

10-p

in M

SOP

EMC1

412/

3/4

SMBu

s/I2 C

Mul

ti Te

mpe

ratu

re S

enso

r2/

3/4

0.25

/1.0

−40

to +

125

+3.

0 to

+3.

643

02

üAu

tom

atic

8-pi

n TD

FN, 8

-pin

MSO

P, 1

0-pi

n DF

N, 1

0-pi

n M

SOP

EMC1

422/

3/4

SMBu

s/I2 C

Mul

ti Te

mp

Sens

or w

ith S

hutd

own

2/3/

40.

25/1

.0−4

0 to

+12

5 +

3.0

to +

3.6

430

1ü

Auto

mat

ic8-

pin

MSO

P, 1

0-pi

n M

SOP

EMC1

428

SMBu

s/I2 C

Mul

ti Te

mp

Sens

or w

ith H

otte

st o

f Zon

es8

0.25

/1.0

−40

to +

125

+3.

0 to

+3.

645

01

üAu

tom

atic

16-p

in Q

FN

tHer

MA

l M

An

AG

eMen

t: F

an C

ontr

olle

rs

Prod

uct

Des

crip

tion

# Fa

n D

river

sPW

M/l

inea

r Co

ntro

l#

exte

rnal

tem

p.

inpu

tsty

pica

l Acc

urac

ytp

yica

l/M

ax.

Accu

racy

Vcc

ran

ge

(V)

inte

rfac

eAl

erts

Fan

spee

d lo

okup

ta

ble

Pack

ages

EMC2

101

Prog

ram

mab

le F

an C

ontro

ller w

ith T

herm

al M

gt1

PWM

20.

50.

5/1.

0+3

.0 to

+3.

6SM

Bus/

I2 C™

üü

8-pi

n M

SOP,

8-p

in S

OIC

EMC2

300

Prog

ram

mab

le M

ulti-

Fan

Cont

rolle

r with

The

rmal

Mgt

3PW

M3

0.25

0.25

/3.0

+3.0

to +

3.6

SMBu

s/I2 C

üü

16-p

in S

SOP

EMC2

112

Prog

ram

mab

le F

an C

ontro

ller w

ith T

herm

al M

gt1

Line

ar3

0.25

0.25

/1.0

+3.3

and

+5

SMBu

s/I2 C

üü

20-p

in Q

FN

EMC2

103-

1Pr

ogra

mm

able

Fan

Con

trolle

r with

The

rmal

Mgt

1PW

M1

0.5

0.5/

1.0

+3.0

to +

3.6

SMBu

s/I2 C

üü

12-p

in Q

FN

EMC2

103-

4Pr

ogra

mm

able

Fan

Con

trolle

r with

EEP

ROM

Loa

d1

PWM

30.

50.

5/1.

0+3

.0 to

+3.

6SM

Bus/

I2 Cü

ü16

-pin

QFN

EMC2

104

Prog

ram

mab

le M

ulti-

Fan

Cont

rolle

r with

The

rmal

Mgt

2PW

M4

0.25

0.25

/1.0

+3.0

to +

3.6

SMBu

s/I2 C

üü

20-p

in Q

FN

EMC2

105

Prog

ram

mab

le F

an C

ontro

ller w

ith T

herm

al M

gt1

Line

ar4

0.25

0.25

/1.0

+3.3

and

+5

SMBu

s/I2 C

üü

20-p

in Q

FN

EMC2

113

Prog

ram

mab

le F

an C

ontro

ller w

ith T

herm

al M

gt1

PWM

30.

50.

5/1.

0+3

.0 to

+3.

6SM

Bus/

I2 Cü

ü16

-pin

QFN

EMC2

301/

2/3/

5Pr

ogra

mm

able

Fan

Con

trolle

r1

/2/3

/5PW

M–

––

+3.0

to +

3.6

SMBu

s/I2 C

ü–

8-pi

n M

SOP,

10-

pin

MSO

P, 1

2-pi

n QF

N, 1

6-pi

n QF

N

Po

Wer

MA

nA

GeM

ent:

sw

itchi

ng r

egul

ator

s/P

WM

Con

trol

lers

Prod

uct

inpu

t Vol

tage

r

ange

(V)

out

put

Volta

ge (V

) o

pera

ting

tem

p.

ran

ge (°

C)

Cont

rol

sche

me

switc

hing

Fr

eque

ncy

(kH

z)

typi

cal A

ctiv

e Cu

rren

t (μA

) o

utpu

t Cu

rren

t (m

A)

Feat

ures

Pa

ckag

es

TC13

03/0

4/13

2.

7 to

5.5

DC

/DC:

0.8

to 4

.5

LDO:

1.5

to 3

.3

−40

to +

85

PFM

/PW

M

2000

65

/600

DC

/DC:

500

mA

LDO:

300

mA

Sync

hron

ous

Buck

Reg

ulat

or, L

DO w

/Pow

er G

ood

with

PFM

/PW

M a

uto-

switc

hing

, Pow

er G

ood

outp

ut o

r Pow

er S

eque

ncin

gM

SOP,

DFN

MCP

1602

/32.

7 to

5.5

0.

8 to

4.5

/4.

0 −4

0 to

+85

PF

M/P

WM

20

00

35/

4550

0 Sy

nchr

onou

s Bu

ck R

egul

ator

PFM

, PW

M a

uto-

switc

hing

, UVL

O, S

oft-s

tart,

Pow

er G

ood

indi

cato

r, Ov

er-te

mpe

ratu

re/c

urre

nt p

rote

ctio

n M

SOP,

DFN

, TSO

T

MCP

1630

/163

1/V/

HV/V

HV3.

0 to

16

–−4

0 to

+12

5PW

M10

00/2

000

2800

/370

0Ex

tCu

rrent

/Vol

tage

mod

e PW

M c

ontro

llers

. Op

tions

with

inte

grat

ed 1

6V L

DO, I

nteg

rate

d er

ror a

mpl

ifier

, Cur

rent

and

vol

tage

sen

se

ampl

ifier

, Ove

rvol

tage

com

para

tor a

nd in

tegr

ated

MOS

FET

drive

rM

SOP,

SSO

P, T

SSOP

, DFN

MCP

1903

54.

5 to

30

–−4

0 to

+12

5PW

M30

060

00Ex

tVo

ltage

mod

e PW

M s

ynch

rono

us b

uck

cont

rolle

r. In

tegr

ates

LDO

, erro

r am

plife

r, cu

rrent

and

vol

tage

sen

se, U

VLO/

OVLO

/MOS

FET

Dead

Tim

e ad

j, an

d M

OSFE

T Dr

ivers

DFN

MCP

1640

/B/C

/D0.

65 to

62.

0 to

5.5

−40

to +

85PW

M o

r PW

M/P

FM50

019

350

Inte

grat

ed s

ynch

rono

us b

oost

regu

lato

r, −0

.65V

sta

rt-up

vol

tage

, Sof

t-sta

rt, T

rue

load

dis

conn

ect o

r inp

ut-to

-out

put b

ypas

s op

tion

SOT-

23, D

FN

MCP

1650

/1/2

/32.

7 to

5.5

2.5

to e

xt. t

x lim

ited

−40

to +

125

Cons

tant

Fre

quen

cy75

0 12

0 56

0/44

0 St

ep-u

p DC

/DC

Cont

rolle

r with

shu

tdow

n co

ntro

l, Lo

w ba

ttery

det

ect,

Powe

r Goo

d in

dica

tor,

UVLO

, Sof

t sta

rt M

SOP

MCP

1630

14.

0 to

30

2.0

to 1

5−4

0 to

+85

PWM

500

2000

600

Inte

grat

ed N

-cha

nnel

, UVL

O, S

oft-s

tart,

Ove

r-tem

pera

ture

pro

tect

ion

SOT-

23

MCP

1632

16

to 2

40.

9 to

5−4

0 to

+12

5PW

M/P

FM10

0023

0010

00In

tegr

ated

swi

tche

s, In

tern

al c

ompe

nsat

ion,

Pea

k cu

rrent

mod

e co

ntro

l, So

ft-st

art,

UVLO

, Pow

er G

ood

pin

QFN

MCP

1632

26

to 2

40.

9 to

5−4

0 to

+12

5PW

M/P

FM10

0023

0020

00In

tegr

ated

swi

tche

s, In

tern

al c

ompe

nsat

ion,

Pea

k cu

rrent

mod

e co

ntro

l, So

ft-st

art,

UVLO

, Pow

er G

ood

pin

QFN

MCP

1632

36

to 1

80.

9 to

5−4

0 to

+12

5PW

M/P

FM10

0023

0030

00In

tegr

ated

swi

tche

s, In

tern

al c

ompe

nsat

ion,

Pea

k cu

rrent

mod

e co

ntro

l, So

ft-st

art,

UVLO

, Pow

er G

ood

pin

QFN

Po

Wer

MA

nA

GeM

ent:

Hyb

rid

PW

M C

ontr

olle

rs

Prod

uct

inpu

t Vol

tage

r

ange

(V)

out

put V

olta

ge

(V)

ope

ratin

g te

mp.

r

ange

(°C)

to

polo

gies

su

ppor

ted

inte

grat

ed M

CUPr

ogra

m M

emor

y si

ze (k

Wor

ds)

rAM

(byt

es)

Feat

ures

Pack

ages

MCP

1911

14.

5 to

32

–−4

0 to

+12

5Bu

ckü

425

6Sy

nchr

onou

s bu

ck c

ontro

ller,

Inte

grat

ed M

CU, L

DO, a

nd s

ynch

rono

us M

OSFE

T dr

iver,

User

con

figur

able

/pro

gram

mab

le

incl

udin

g M

OSFE

T de

ad ti

me,

Swi

tchi

ng fr

eque

ncy,

Anal

og lo

op c

ompe

nsat

ion,

and

pro

tect

ion

thre

shol

dsQF

N


Po

Wer

MA

nA

GeM

ent:

Pow

er M

osFe

ts

Prod

uct

Vds

(V)

Confi

gura

tion

Pola

rity

rds

(on)

@ 4

.5V

(m

Ω, M

ax.)

rds

(on)

@ 1

0V

(mΩ

, Max

.)Q

g @

4.5

V

(nC,

Max

.)id

(A, M

ax.

@ 2

5°C,

tca

se)

Vgs

(th)

(V, M

in.)

Qgd

(n

C, t

yp.)

rg

(Ω

typ

.)Pa

ckag

e

MCP

8701

825

Sing

le–

2.2

1.9

3710

01

131.

55

× 6

PDFN

MCP

8702

225

Sing

le–

2.6

2.3

2910

01

91.

35

× 6

PDFN

MCP

8703

025

Sing

le–

43.

522

100

16.

71.

25

× 6

PDFN

MCP

8705

025

Sing

le–

65

1510

01

4.7

1.1

5 ×

6 PD

FN

MCP

8705

525

Sing

le–

76

1460

14.

52.

13.

3 ×

3.3

PDFN

MCP

8709

025

Sing

le–

1210

.510

641.

12.

81.

85

× 6

PDFN

, 3.3

× 3

.3 P

DFN

MCP

8713

025

Sing

le–

16.5

13.5

854

1.1

2.6

1.7

5 ×

6 PD

FN, 3

.3 ×

3.3

PDF

N

Po

Wer

MA

nA

GeM

ent:

lin

ear

reg

ulat

ors

Prod

uct

Max

. inp

ut

Volta

ge (V

) o

utpu

t Vo

ltage

(V)

out

put

Curr

ent (

mA)

ty

pica

l Ac

tive

Curr

ent (

μA)

typi

cal D

ropo

ut V

olta

ge

@ M

ax. i

out

(mV)

ty

pica

l out

put V

olta

ge

Accu

racy

(%)

Feat

ures

Pa

ckag

es

TC10

16/1

76

1.8

to 4

.080

/150

5315

0/28

5±0

.5

Shut

down

SO

T-23

A, S

C70

TC13

01A/

B6

1.5

to 3

.3LD

O1: 3

00 L

DO2:

150

10

3/11

4LD

O1: 1

04 L

DO2:

150

±0

.5

Dual

LDO

plu

s Re

set o

utpu

t, Sh

utdo

wn, R

efer

ence

byp

ass,

Vol

tage

det

ect

MSO

P, D

FN

TC13

02AB

6

1.5

to 3

.3LD

O1: 3

00 L

DO2:

150

10

3/11

4LD

O1: 1

04 L

DO2:

150

±0

.5

Dual

LDO

, Shu

tdow

n, R

efer

ence

byp

ass,

Vol

tage

det

ect

MSO

P, D

FN

TC20

14/5

, TC2

185

61.

8 to

5.0

50/1

00/1

5055

45/9

0/14

0±0

.4

Shut

down

, Ref

eren

ce b

ypas

s in

put

SOT-

23A

TC20

54/5

, TC2

186

61.

8 to

5.0

50/1

00/1

5055

45/9

0/14

0±0

.4

Shut

down

, Erro

r out

put

SOT-

23A

MCP

1700

6

1.2

to 5

.025

01.

630

0±0

.4

Very

low

I qSO

T-23

A, S

OT-8

9, T

O-92

MCP

1702

/3 /

3A13

.2/1

6/16

1.2

to 5

.025

02

330/

625/

625

±0.4

Ve

ry lo

w I q

DFN,

TO-

92, S

OT-2

3A, S

OT-8

9, S

OT-2

23

MCP

1725

/6/7

60.

8 to

5.0

500

/100

0/15

0012

0/14

0/14

021

0/30

0/33

0±0

.5

Shut

down

, Cde

lay,

Pow

er G

ood

SOIC

, DFN

MCP

1754

/S16

1.8

to 5

.515

056

300

±0.4

Powe

r Goo

d, S

hutd

own

DFN,

SOT

-23A

, SOT

-89,

SOT

-223

MCP

1790

/130

3.0,

3.3

, 5.0

70

7050

0±0

.2

Load

dum

p, S

hutd

own,

Pow

er G

ood

SOT-

223,

DDP

AK

MCP

1801

/210

0.

9 to

6.0

150/

300

2525

0/80

0±0

.4

Shut

down

, Hig

h PS

RR

SOT-

23A

MCP

1804

281.

8 to

18

150

5030

0±0

.5Sh

utdo

wn, H

igh

PSRR

SOT-

23, S

OT-8

9, S

OT-2

23

MCP

1824

/5/6

/76

0.8

to 5

.0 3

00/5

00/1

000/

1500

120/

120/

140/

140

200/

210/

300/

330

±0.5

Fi

xed

and

Adju

stab

le o

utpu

t, Sh

utdo

wn, P

ower

Goo

d SO

T-23

, SOT

-223

, TO-

220,

DDP

AK

MCP

1824

S/5S

/6S/

7S6

0.8

to 5

.030

0/50

0/10

00/1

500

120/

120/

140/

140

200/

210/

300/

330

±0.5

3-

pin

high

cur

rent

LDO

sSO

T-22

3, T

O-22

0, D

DPAK

Po

Wer

MA

nA

GeM

ent:

Cha

rge

Pum

p D

C-to

-DC C

onve

rter

s

Prod

uct

inpu

t Vol

tage

ran

ge (V

)o

utpu

t Vol

tage

(V)

ope

ratin

g te

mp.

ran

ge (°

C)M

ax. i

nput

Cur

rent

(µA)

typi

cal o

utpu

t Cur

rent

(mA)

Feat

ures

Pack

ages

TC10

44S

1.5

to 1

2−V

In o

r 2*V

In

−40

to +

8516

020

85 k

Hz o

scill

ator

Boo

st m

ode

PDIP

, SOI

C

TC76

601.

5 to

10

−VIn

or 2

*VIn

−4

0 to

+85

180

2010

kHz

osc

illat

or

PDIP

, SOI

C

TC76

60H

1.5

to 1

0−V

In o

r 2*V

In

−40

to +

8510

0020

120

kHz

osci

llato

r PD

IP, S

OIC

TC76

60S

1.5

to 1

2−V

In o

r 2*V

In

−40

to +

8516

020

45 k

Hz o

scill

ator

Boo

st m

ode

PDIP

, SOI

C

TC76

62B

1.5

to 1

5−V

In o

r 2*V

In

−40

to +

8518

020

35 k

Hz o

scill

ator

Boo

st m

ode

PDIP

, SOI

C

TC76

62A

3.0

to 1

8−V

In o

r 2*V

In

−40

to +

8520

040

12 k

Hz o

scill

ator

PD

IP, S

OIC

MCP

1256

1.8

to 3

.6

3.3

−40

to +

85

100

100

Powe

r Goo

d Sl

eep

mod

e M

SOP,

DFN

MCP

1257

1.8

to 3

.6

3.3

−40

to +

85

100

100

Slee

p m

ode

low

batte

ry in

dica

tion

MSO

P, D

FN

MCP

1258

1.8

to 3

.6

3.3

−40

to +

85

100

100

Low

batte

ry in

dica

tion

inpu

t/ou

tput

byp

ass

1M

SOP,

DFN

Po

Wer

MA

nA

GeM

ent:

CP

U/s

yste

m s

uper

viso

rs

Prod

uct

Des

crip

tion

ope

ratin

g te

mp.

ran

ge (°

C)

Feat

ures

P

acka

ges

MCP

11(1

/2)

TC (1

/2/3

/4)

Syst

em V

olta

ge D

etec

tors

(N

o Re

set D

elay

)−4

0 to

+12

5 −4

0 to

+85

Wid

e VC

C in

put r

ange

, Wid

e de

tect

ion

rang

e (c

usto

m o

ptio

ns a

vaila

ble)

, Low

cur

rent

, CM

OS/P

ush-

Pull

activ

e lo

w re

set o

ptio

ns5-

SOT-

23, 3

-TO-

92, 3

-SOT

-23A

, 3-S

OT-8

9, 3

-SC7

0

MCP

809,

MCP

100,

MCP

130,

MCP

120

MCP

13XX

, TC1

270A

and

mor

eSy

stem

Vol

tage

Sup

ervis

ors

(A

vaila

ble

Rese

t Del

ays)

−40

to +

125

−40

to +

85W

ide

dete

ctio

n ra

nge

(cus

tom

opt

ions

ava

ilabl

e), L

ow c

urre

nt, P

ush-

Pull/

Open

Dra

in,

Activ

e hi

gh/l

ow, W

atch

dog,

Man

ual r

eset

, Dua

l out

put o

ptio

ns, M

ultip

le re

set d

elay

opt

ions

8-SO

IC (1

50 m

il), 5

-SOT

-23,

4-S

OT-1

43, 3

-TO-

92, 3

-SOT

-23,

5-S

C70


Po

Wer

MA

nA

GeM

ent:

Pow

er M

osFe

t D

rive

rs

Prod

uct

Confi

gura

tion

ope

ratin

g te

mp.

ran

ge (°

C)Pe

ak o

utpu

t Cur

rent

(A)

out

put r

esis

tanc

e (M

ax. @

25°

C)M

ax s

uppl

y Vo

ltage

(V)

inpu

t/o

utpu

t Del

ay (n

s)Pa

ckag

es

MCP

1401

/02

Sing

leIn

vert

ing/

Non-

inve

rtin

g−4

0 to

+12

50.

518

/16

1840

/40

SOT-

23

MCP

1415

/16

Sing

leIn

vert

ing/

Non-

inve

rtin

g −4

0 to

+12

51.

57.

5/5.

518

50/5

5SO

T-23

TC44

67/8

/9 Q

uad

Inve

rtin

g/ N

on-in

vert

ing

−40

to +

851.

215

/15

1840

/40

PDIP

, SOI

C

TC44

26A/

27A/

28A

Dual

Inve

rtin

g/No

n-in

vert

ing

−40

to +

125

1.5

9/9

1830

/30

PDIP

, SOI

C, D

FN

TC44

23A/

24A/

25A

Dual

Inve

rtin

g/No

n-in

vert

ing

−40

to +

125

33

(typ.

)/4

(typ.

)18

40 (t

yp.)/

40 (t

yp.)

PDIP

, SOI

C, D

FN

MCP

14E3

/E4/

E5 D

ual

Inve

rtin

g/No

n-in

vert

ing

−40

to +

125

43.

5/3.

018

55/5

5PD

IP, S

OIC,

DFN

MCP

14E6

/E7/

E8 D

ual

Inve

rtin

g/No

n-in

vert

ing/

Inve

rtin

g an

d No

n-in

vert

ing

−40

to +

125

22.

2/2.

818

45/4

5PD

IP, S

OIC,

DFN

MCP

14E9

/E10

/E11

Dua

lIn

vert

ing/

Non-

inve

rtin

g/In

vert

ing

and

Non-

inve

rtin

g−4

0 to

+12

53

2.2/

2.8

1875

/75

PDIP

, SOI

C, D

FN

MCP

1406

/07

Sing

leIn

vert

ing/

Non-

inve

rtin

g−4

0 to

+12

56

1.8/

2.0

(typ.

)18

30/3

0TO

-220

, PDI

P, S

OIC,

DFN

TC44

20/2

9In

vert

ing/

Non-

inve

rtin

g−4

0 to

+12

56

2.8/

2.5

1855

/55

TO-2

20, P

DIP,

SOI

C, D

FN

TC44

21A/

22A

Sing

leIn

vert

ing

/Non

-inve

rtin

g−4

0 to

+12

5 9

1.25

(typ

.)/1.

518

38/4

2 TO

-220

, PDI

P, S

OIC,

DFN

TC44

51/5

2 Si

ngle

Inve

rtin

g /N

on-in

vert

ing

−40

to +

125

120.

6 (ty

p.)/

1.5

1815

/15

TO-2

20, P

DIP,

SOI

C, D

FN, D

DPAK

TC44

31/3

2 Si

ngle

Inve

rtin

g /N

on-in

vert

ing

−40

to +

85

1.5

10/1

030

62/7

8PD

IP, S

OIC

Po

Wer

MA

nA

GeM

ent:

syn

chro

nous

buc

k H

igh-

sid

e D

rive

r

Prod

uct

Confi

gura

tion

ope

ratin

g te

mp

ran

ge (°

C)Pe

ak o

utpu

t Cur

rent

(A)

out

put r

esis

tanc

e (M

ax.@

25°

C)M

ax s

uppl

y Vo

ltage

(V)

inpu

t/o

utpu

t Del

ay (n

s)Pa

ckag

es

MCP

1470

0/14

628

Dual

inpu

t/Si

ngle

inpu

t−4

0 to

+85

2

2.5/

2.5

5 (V

dd),

36 (B

oot P

in)

18/2

0 SO

IC, D

FN

Po

Wer

MA

nA

GeM

ent:

bat

tery

Cha

rger

s

Prod

uct

Mod

eCe

ll ty

pe

# of

Ce

lls

Vcc

ran

ge

(V)

Cell

Volta

ge (V

) M

ax. C

harg

ing

Curr

ent (

mA)

M

ax. V

olta

ge

reg

ulat

ion

(%)

int/

ext F

et

Feat

ures

Pa

ckag

es

MCP

7311

3/14

/23

Line

ar

Li-io

n/Li

-Pol

ymer

and

LiF

ePO4

1 4

to 1

6 3.

6, 4

.1, 4

.2, 4

.35,

4.4

11

00

±0.5

In

t 6.

5/5.

8V O

verv

olta

ge p

rote

ctio

n, U

VLO,

The

rmal

regu

latio

n 10

-pin

3 ×

3 D

FN

MCP

7321

3/23

Li

near

Li

-ion/

Li-P

olym

er a

nd L

iFeP

O42

4 to

16

7.2,

8.2

, 8.4

, 8.7

, 8.8

11

00

±0.6

In

t 13

V Ov

ervo

ltage

pro

tect

ion

10-p

in 3

× 3

DFN

MCP

7383

0/L

Line

arLi

-ion/

Li-P

olym

er1

3.75

to 6

4.2

1000

/200

±0.7

5In

tSo

ft-st

art,

Char

ge e

nabl

e pi

n6-

pin

2 ×

2 TD

FN

MCP

7383

1/2

Line

ar

Li-Io

n/Li

-Pol

ymer

1

3.7

to 6

.0

4.2,

4.3

5, 4

.4, 4

.5

500

±0.7

5 In

t UV

LO, T

herm

al re

gula

tion,

Pro

gram

mab

le c

harg

e cu

rrent

, Tri-

stat

e or

ope

n-dr

ain

STAT

pin

8-

pin

2 ×

3 DF

N, 5

-pin

SOT

-23

MCP

7383

7/8

Line

ar

Li-Io

n/Li

-Pol

ymer

1

3.7

to 6

.0

4.2,

4.3

5, 4

.4, 4

.5

1000

±0

.75

Int

Dual

inpu

t (US

B/DC

) aut

o-sw

itchi

ng, T

herm

isto

r inp

ut, P

ower

Goo

d ou

tput

or T

imer

ena

ble

inpu

t 10

-pin

MSO

P, 1

0-pi

n 3

× 3

DFN

MCP

7387

1 Li

near

Li

-Ion/

Li-P

olym

er

1 3.

75 to

6.0

4.

1, 4

.2, 4

.35,

4.4

15

00 (A

/C A

dapt

er)

500

(USB

) ±0

.5

Int

Sim

ulta

neou

s ch

argi

ng o

f loa

d an

d ba

ttery

, Loa

d-de

pend

ent c

harg

ing,

Mul

tiple

pro

gram

mab

le

char

ge c

urre

nts

20-p

in 4

× 4

QFN

lin

eAr

: op

Am

ps

Prod

uct

# pe

r Pa

ckag

e G

bWP

(MH

z)iq

typ

ical

(μ

A)

Vos

Max

(m

V)

ope

ratin

g Vo

ltage

(V)

Pack

ages

Pr

oduc

t #

per

Pack

age

GbW

P (M

Hz)

iq t

ypic

al

(μA)

Vo

s M

ax

(mV)

o

pera

ting

Volta

ge (V

) Pa

ckag

es

MCP

661/

2/3/

4/5/

91/

2/1/

4/2/

460

6000

82.

5 to

5.5

SOIC

, MSO

P, D

FN, T

SSOP

, QFN

, SOT

MCP

6V26

/7/8

1/2/

12

620

0.00

22.

3 to

5.5

SOIC

, MSO

P, D

FN

MCP

651/

1S/2

/3/4

/5/9

1/

1/2/

1/4/

2/4

5060

00

0.2

2.5

to 5

.5

SOIC

, MSO

P, D

FN, T

SSOP

, QFN

, SOT

M

CP60

71/2

/41/

2/4

1.2

110

0.15

1.8

to 6

.0

SOIC

, TSS

OP, D

FN, S

OT

MCP

631/

2/3/

4/5/

91/

2/1/

4/2/

424

2500

82.

5 to

5.5

SOIC

, MSO

P, D

FN, T

SSOP

, QFN

, SOT

MCP

6H01

/2/4

1/2/

41.

213

54.

53.

5 to

16

SOIC

, TSS

OP, T

DFN,

SOT

, SC7

0

MCP

621/

1S/2

/3/4

/5/9

1/1/

2/1/

4/2/

420

2500

0.2

2.5

to 5

.5SO

IC, M

SOP,

DFN

, TSS

OP, Q

FN, S

OTM

CP60

01/2

/41/

2/4

110

0 4.

51.

8 to

6.0

PD

IP, S

OIC,

MSO

P, T

SSOP

, TDF

N, S

OT, S

C70

MCP

6H91

/2/4

1/2/

410

2000

43.

5 to

12.

0DF

N, S

OIC,

TSS

OPM

CP64

01/2

/41/

2/4

145

4.5

1.8

to 6

.0SO

IC, T

SSOP

, TDF

N, S

OT, S

C70

MCP

6021

/2/3

/4

1/2/

1/4

1010

00

0.5

2.5

to 5

.5

PDIP

, SOI

C, M

SOP,

TSS

OP, S

OT

MCP

6061

/2/4

1/2/

40.

7360

0.15

1.8

to 6

.0

SOIC

, TSS

OP, D

FN, S

OT

MCP

6291

/2/3

/4/5

1/

2/1/

4/2

1010

00

3 2.

4 to

6.0

PD

IP, S

OIC,

MSO

P, T

SSOP

, SOT

MCP

6241

/2/4

1/

2/4

0.55

50

5 1.

8 to

5.5

PD

IP, S

OIC,

MSO

P, T

SSOP

, TDF

N, S

OT, S

C70

MCP

6491

17.

553

01

2 to

5.5

SOT,

SC7

0M

CP60

51/2

/4

1/2/

40.

385

30

0.15

1.

8 to

6.0

SO

IC, T

SSOP

, DFN

, SOT

MCP

6H81

/2/4

1/2/

45.

570

04

3.5

to 1

2.0

DFN,

SOI

C, T

SSOP

MCP

6V31

10.

323

0.00

81.

8 to

5.5

SOT,

SC7

0

MCP

6281

/2/3

/4/5

1/

2/1/

4/2

544

5 3

2.2

to 6

.0

PDIP

, SOI

C, M

SOP,

TSS

OP, S

OTM

CP62

31/2

/4

1/2/

40.

320

5

1.

8 to

6.0

PD

IP, S

OIC,

MSO

P, T

SSOP

, TDF

N, S

OT, S

C70

MCP

6481

14

240

12

to 5

.5SO

T, S

C70

MCP

616/

7/8/

9 1/

2/1/

40.

1919

0.

15

2.3

to 5

.5

PDIP

, SOI

C, M

SOP,

TSS

OP

MCP

6286

1 3.

554

0 1.

5 2.

2 to

5.5

SO

T M

CP60

6/7/

8/9

1/2/

1/4

0.15

519

0.

25

2.5

to 6

.0

PDIP

, SOI

C, T

SSOP

, SOT

MCP

601/

2/3/

4 1/

2/1/

42.

823

0 2

2.7

to 6

.0

PDIP

, SOI

C, T

SSOP

, SOT

MCP

6141

/2/3

/4

1/2/

1/4

0.1

0.6

3 1.

4 to

6.0

PD

IP, S

OIC,

MSO

P, T

SSOP

, SOT

MCP

6H71

/2/4

1/2/

42.

748

04

3.5

to 1

2.0

DFN,

SOI

C, T

SSOP

MCP

6V11

10.

087.

50.

008

1.6

to 5

.5SO

T, S

C70

MCP

6271

/2/3

/4/5

1/2/

1/4/

22

170

3 2.

0 to

6.0

PD

IP, S

OIC,

MSO

P, T

SSOP

, SOT

MCP

6041

/2/3

/4

1/2/

1/4

0.01

40.

6 3

1.4

to 6

.0

PDIP

, SOI

C, M

SOP,

TSS

OP, S

OT

MCP

6471

12

100

12

to 5

.5SO

T, S

C70

MCP

6031

/2/3

/4

1/2/

1/4

0.01

0.9

0.15

1.

8 to

5.5

SO

IC, M

SOP,

TSS

OP, D

FN, S

OT

MCP

6V01

/2/3

1/2/

11.

330

00.

002

1.8

to 5

.5SO

IC, D

FN, T

DFN

MCP

6441

/2/4

1/2/

40.

009

0.45

4.5

1.4

to 6

.0SO

IC, M

SOP,

TSS

OP, S

OT, S

C70

MCP

6V06

/7/8

1/2/

11.

330

00.

003

1.8

to 5

.5SO

IC, D

FN, T

DFN


lin

eAr

: Com

para

tors

Prod

uct

# pe

r Pac

kage

ty

pica

l Pro

paga

tion

Del

ay (μ

s)

iq t

ypic

al (μ

A)

Vos

Max

(mV)

o

pera

ting

Volta

ge (V

) te

mpe

ratu

re r

ange

(°C)

Fe

atur

es

Pack

ages

MCP

6541

/2/3

/4

1/2/

1/4

4 1

5 1.

6 to

5.5

−4

0 to

+12

5 Pu

sh-P

ull,

Rail-

to-R

ail I

nput

/Out

put

PDIP

, SOI

C, M

SOP,

TSS

OP, S

OT, S

C70

MCP

6546

/7/8

/9

1/2/

1/4

4 1

5 1.

6 to

5.5

−4

0 to

+12

5 Op

en-d

rain

, 9V,

Rai

l-to-

Rail

Inpu

t/Ou

tput

PDIP

, SOI

C, M

SOP,

TSS

OP, S

OT, S

C70

MCP

65R4

1/6

14

2.5

101.

8 to

5.5

−40

to +

125

Inte

grat

ed V

reF (

1.21

V or

2.4

V)SO

T-23

MCP

6561

/2/4

1/

2/4

0.04

7 10

0 10

1.

8 to

5.5

−4

0 to

+12

5 Pu

sh-P

ull,

Rail-

to-R

ail I

nput

/Out

put

SOIC

, MSO

P, T

SSOP

, SOT

, SC7

0

MCP

6566

/7/9

1/

2/4

0.04

7 10

0 10

1.

8 to

5.5

−4

0 to

+12

5 Op

en-D

rain

, Rai

l-to-

Rail

Inpu

t/Ou

tput

SOIC

, MSO

P, T

SSOP

, SOT

, SC7

0

Mix

eD s

iGn

Al:

suc

cess

ive

App

roxi

mat

ion

reg

iste

r (s

Ar

) A

nalo

g-to

-Dig

ital C

onve

rter

s

Prod

uct

res

olut

ion

(bits

)M

axim

um s

ampl

ing

rat

e (k

sam

ples

/sec

)#

of in

put C

hann

els

inpu

t typ

ein

terf

ace

Max

. sup

ply

Curr

ent (

μA)

tem

pera

ture

ran

ge (°

C)Pa

ckag

es

MCP

3021

/322

110

/12

221

Sing

le-e

nded

I2 C

™25

0 −4

0 to

+12

5 SO

T-23

A

MCP

3001

/2/4

/8

10

200

1/2/

4/8

Sing

le-e

nded

SPI

500-

550

−40

to +

85

PDIP

, SOI

C, M

SOP,

TSS

OP

MCP

3201

/2/4

/812

10

0 1/

2/4/

8Si

ngle

-end

edSP

I 40

0-55

0 −4

0 to

+85

PD

IP, S

OIC,

MSO

P, T

SSOP

MCP

3301

/2/4

13

100

1/2/

4Di

ffere

ntia

lSP

I 45

0 −4

0 to

+85

PD

IP, S

OIC,

MSO

P, T

SSOP

Mix

eD s

iGn

Al:

Dig

ital-t

o-A

nalo

g Con

vert

ers

Prod

uct

res

olut

ion

(bits

) D

AC C

hann

els

inte

rfac

e Vo

ltage

ref

eren

ceo

utpu

t set

tling

ti

me

(μs)

Dn

l (±

lsb)

ty

pica

l ope

ratin

g Cu

rren

t (μA

)te

mpe

ratu

re r

ange

(°

C)Pa

ckag

es

MCP

47DA

16

1I2 C

™Vd

d6

0.25

130

−40

to +

125

SOT-

23

MCP

4706

/16/

268/

10/1

21

I2 CEx

t6

0.05

/0.1

88/0

.75

210

−40

to +

125

SOT-

23

MCP

4725

121

I2 CVd

d6

0.75

175

−40

to +

125

SOT-

23

MCP

4728

124

I2 CIn

t6

0.75

250

−40

to +

125

MSO

P

MCP

4801

/11/

218/

10/1

21

SPI

Int

4.5

0.5/

0.5/

0.75

330

−40

to +

125

PDIP

, SOI

C, M

SOP,

2x3

DFN

MCP

4802

/12/

228/

10/1

22

SPI

Int

4.5

0.5/

0.5/

0.75

415

−40

to +

125

MSO

P, P

DIP,

SOI

C

MCP

4901

/11/

218/

10/1

21

SPI

Ext

4.5

0.5/

0.5/

0.75

175

−40

to +

125

PDIP

, SOI

C, M

SOP,

2x3

DFN

MCP

4902

/12/

228/

10/1

22

SPI

Ext

4.5

0.5/

0.5/

0.75

350

−40

to +

125

PDIP

, SOI

C, T

SSOP

TC13

20/1

8/10

1SM

bus

Ext

100.

8/2

350

−40

to +

85M

SOP,

SOI

C

Mix

eD s

iGn

Al:

ene

rgy

Mea

sure

men

t iC

s

Prod

uct

Dyn

amic

r

ange

typi

cal

Accu

racy

AD

C Ch

anne

lsG

ain

sele

ctio

no

utpu

t typ

e ty

pica

l sup

ply

Curr

ent (

mA)

Anal

og

Volta

ge r

ange

(V)

Dig

ital

Volta

ge r

ange

(V)

tem

pera

ture

r

ange

(°C)

Pa

ckag

es

MCP

3911

24-b

it re

solu

tion

94.5

dB

SINA

D2

up to

32

SPI

1.7

2.7

to 3

.62.

7 to

3.6

−40

to +

125

SSOP

, QFN

MCP

3903

24-b

it re

solu

tion

91 d

B SI

NAD

6up

to 3

2SP

I8.

34.

5 to

5.5

2.7

to 3

.6−4

0 to

+12

5SS

OP

MCP

3905

A/06

A50

0:1

/100

0:1

0.1%

2up

to 3

2Ac

tive

powe

r pul

se3.

94.

5 to

5.5

4.5

to 5

.5−4

0 to

+12

5SS

OP

MCP

3909

1000

:10.

1%2

up to

16

Activ

e po

wer p

ulse

/SPI

3.9

4.5

to 5

.54.

5 to

5.5

−40

to +

125

SSOP

Mix

eD s

iGn

Al:

Cur

rent

/DC P

ower

Mea

sure

men

t iC

s

Prod

uct

# Cu

rren

t se

nsor

sD

escr

iptio

nFu

ll sc

ale

ran

ge

(mV)

Curr

ent M

easu

rem

ent

Max

. Acc

r. (%

)ef

fect

ive

sam

plin

g in

terv

al

Min

. to

Max

. (m

sec)

bus

Volta

ge

ran

ge (V

)#

tem

p. M

onito

rs

(am

bien

t, re

mot

e)te

mp.

Acc

urac

y ty

p./M

ax. (

°C)

Aler

t/th

erm

.Pe

ak

Det

ectio

nin

terf

ace

Pack

ages

PAC1

710

1Cu

rrent

/DC

Powe

r Sen

sor

10, 2

0, 4

0, 8

0±1

2.5

to 2

600

0 to

+40

N/A

n/a

1–

SMBu

S/I2 C

™10

-pin

DFN

PAC1

720

2Du

al C

urre

nt/

DC P

ower

Sen

sor

10, 2

0, 4

0, 8

0±1

2.5

to 2

600

0 to

+40

N/A

N/A

1–

SMBu

s/I2 C

10-p

in D

FN

EMC1

701/

2/4

1Cu

rrent

/DC

Powe

r Sen

sor

with

Tem

pera

ture

Mon

itorin

g10

, 20,

40,

80

±12.

5 to

260

0+3

to +

241,

0/1

/3±0

.25/

±1.0

2ü

SMBu

s/I2 C

12-p

in Q

FN, 1

0-pi

n M

SOP,

16-

pin

QFN,

14-

pin

SOIC


Mix

eD s

iGn

Al:

Dig

ital P

oten

tiom

eter

s

Prod

uct

# of

ta

ps

Mem

ory

Chan

nels

inte

rfac

e r

esis

tanc

e (k

Ω)

tem

pera

ture

r

ange

(°C)

Pa

ckag

es

Prod

uct

# of

ta

ps

Mem

ory

Chan

nels

inte

rfac

e r

esis

tanc

e (k

Ω)

tem

pera

ture

r

ange

(°C)

Pa

ckag

es

MCP

4011

/12/

13/1

4 64

Vola

tile

1Up

/Dow

n 2.

1, 5

, 10,

50

−40

to +

125

DFN,

SOT

-23

MCP

4331

/32

129

Vola

tile

4SP

I 5,

10,5

0,10

0−4

0 to

+12

5TS

SOP,

QFN

MCP

4017

/18/

19

128

Vola

tile

1I2 C

™5,

10,

50,

100

−4

0 to

+12

5 SC

70

MCP

4351

/52

257

Vola

tile

4SP

I 5,

10,5

0,10

0−4

0 to

+12

5TS

SOP,

QFN

MCP

40D1

7/D1

8/D1

9 12

8Vo

latil

e 1

I2 C5,

10,

50,

100

−4

0 to

+12

5 SC

70

MCP

4431

/32

129

Vola

tile

4I2 C

5, 1

0, 5

0, 1

00−4

0 to

+12

5TS

SOP,

QFN

MCP

4021

/22/

23/2

4 64

Nonv

olat

ile

1Up

/Dow

n 2.

1, 5

, 10,

50

−40

to +

125

DFN,

SOT

-23

MCP

4441

/42

129

Nonv

olat

ile4

I2 C5,

10,

50,

100

−40

to +

125

TSSO

P, Q

FN

MCP

4141

/42

128

Nonv

olat

ile

1SP

I 5,

10,

50,

100

−4

0 to

+12

5 M

SOP,

QFN

, DFN

MCP

4451

/52

257

Vola

tile

4I2 C

5, 1

0, 5

0, 1

00−4

0 to

+12

5TS

SOP,

QFN

MCP

4241

/42

128

Nonv

olat

ile

2SP

I 5,

10,

50,

100

−4

0 to

+12

5 M

SOP,

QFN

, DFN

MCP

4461

/62

257

Nonv

olat

ile4

I2 C5,

10,

50,

102

−40

to +

125

TSSO

P, Q

FN

MCP

4131

/32

128

Vola

tile

1SP

I 5,

10,

50,

100

−4

0 to

+12

5 QF

N, D

FN

MCP

4531

/32

128

Vola

tile

1I2 C

5, 1

0, 5

0, 1

00

−40

to +

125

MSO

P, D

FN

MCP

4231

/32

128

Vola

tile

2SP

I 5,

10,

50,

100

−4

0 to

+12

5 M

SOP,

QFN

, DFN

MCP

4631

/32

128

Vola

tile

2I2 C

5, 1

0, 5

0, 1

00

−40

to +

125

MSO

P, D

FN

MCP

4151

/52

256

Vola

tile

1SP

I 5,

10,

50,

100

−4

0 to

+12

5 M

SOP,

QFN

, DFN

MCP

4541

/42

128

Nonv

olat

ile

1I2 C

5, 1

0, 5

0, 1

00

−40

to +

125

MSO

P, D

FN

MCP

4161

/62

256

Nonv

olat

ile

1SP

I 5,

10,

50,

100

−4

0 to

+12

5 M

SOP,

QFN

, DFN

MCP

4641

/42

128

Nonv

olat

ile

2I2 C

5, 1

0, 5

0, 1

00

−40

to +

125

MSO

P, D

FN

MCP

4251

/52

256

Vola

tile

2SP

I 5,

10,

50,

100

−4

0 to

+12

5 M

SOP,

QFN

, DFN

MCP

4551

/52

256

Vola

tile

1I2 C

5, 1

0, 5

0, 1

00

−40

to +

125

MSO

P, D

FN

MCP

4261

/62

256

Nonv

olat

ile

2SP

I 5,

10,

50,

100

−4

0 to

+12

5 M

SOP,

QFN

, DFN

MCP

4651

/52

256

Vola

tile

2I2 C

5, 1

0, 5

0, 1

00

−40

to +

125

MSO

P, D

FN

MCP

4341

/42

129

Nonv

olat

ile4

SPI

5, 1

0, 5

0, 1

00−4

0 to

+12

5TS

SOP,

QFN

MCP

4561

/62

256

Nonv

olat

ile

1I2 C

5, 1

0, 5

0, 1

00

−40

to +

125

MSO

P, D

FN

MCP

4361

/62

257

Nonv

olat

ile4

SPI

5, 1

0, 5

0, 1

00−4

0 to

+12

5TS

SOP,

QFN

MCP

4661

/62

256

Nonv

olat

ile

2I2 C

5, 1

0, 5

0, 1

00

−40

to +

125

MSO

P, D

FN

Mix

eD s

iGn

Al:

Del

ta s

igm

a A

nalo

g-to

-Dig

ital C

onve

rter

s

Prod

uct

res

olut

ion

(bits

)M

axim

um s

ampl

ing

rat

e (s

ampl

es/s

ec)

# of

inpu

t Cha

nnel

sin

terf

ace

typi

cal s

uppl

y Cu

rren

t (μA

)te

mpe

ratu

re r

ange

(°C)

Feat

ures

Pa

ckag

es

MCP

3421

/2/3

/418

to 1

2 4

to 2

40

1/2/

2/4

Diff

I2 C™

155

−40

to +

125

PGA,

Vre

FSO

IC, T

SSOP

, MSO

P, D

FN, S

OT

MCP

3425

/6/7

/816

to 1

215

to 2

401/

2/2/

4 Di

ffI2 C

155

−40

to +

125

PGA,

Vre

FSO

IC, T

SSOP

, MSO

P, D

FN, S

OT

MCP

3550

/1/3

22

13

/14/

601

Diff

SPI

120

−40

to +

125

50 &

60

Hz R

ejec

tion

SOIC

, MSO

P

inte

rFA

Ce:

Con

trol

ler

Are

a n

etw

ork

(CA

n),

infr

ared

, lin

tra

nsce

iver

s, e

ther

net,

ser

ial P

erip

hera

ls, U

sb

Prod

uct

Des

crip

tion

ope

ratin

g te

mpe

ratu

re

ran

ge (°

C)

oth

er F

eatu

res

Pack

ages

MCP

2515

Stan

d-al

one

CAN

cont

rolle

r with

SPI

Inte

rface

−40

to +

125

3 Tx

Buf

fers

, 2 R

x Buf

fers

, 6 F

ilter

s, 2

Mas

ks, I

nter

rupt

out

put,

MCP

2510

upg

rade

PDIP

, SOI

C, T

SSOP

, QFN

MCP

2551

CAN

(Con

trolle

r Are

a Ne

twor

k), H

igh-

spee

d CA

N tra

nsce

iver

−40

to +

125

1 M

bps

max

. CAN

bus

spe

ed, I

SO11

898

com

patib

le, I

ndus

try s

tand

ard

pino

utPD

IP, S

OIC

MCP

200(

3/4)

A, M

CP20

2(1/

2)A,

M

CP20

25, M

CP20

50LI

N (L

ocal

Inte

rcon

nect

Net

work

) tra

nsce

ivers

−40

to +

125

Prod

uct o

ptio

ns: S

tand

-alo

ne tr

ansc

eive

r, in

terg

rate

d V r

eg =

3.3

V or

5V

@ 7

0 m

A, in

tegr

ated

WW

DT, i

nteg

rate

d ra

tio-m

etric

bat

tery

mon

itor.

VCC

Rang

e =

6 to

18

V, M

ax B

aud

Rate

= 2

0 Kb

aud,

Com

plia

nt w

ith L

IN 1

.3, 2

.0 2

.1, S

AE J

2602

, Aut

omot

ive g

rade

PDIP

, SOI

C, T

SSOP

, DF

N, Q

FN

MCP

23X0

9/18

8-bi

t I/O

por

t exp

ande

r, 16

-bit

I/O

port

expa

nder

−40

to +

125

I2 C™

(up

to 3

.4 M

Hz) o

r SPI

(up

to 1

0 M

Hz) i

nter

face

, 25

mA

sour

ce/s

ink

per I

/OPD

IP, S

DIP,

SOI

C, S

SOP

MCP

212(

0/2)

, MCP

2140

A, M

CP21

5(0/

5)In

frare

d IrD

A en

code

rs, D

ecod

ers,

Pro

toco

l han

dler

s−4

0 to

+85

UART

to IR

enc

oder

/dec

oder

w/h

ardw

are

& so

ftwar

e ba

ud ra

te s

elec

tion,

IrDA

® st

anda

rd p

roto

col h

andl

er p

lus

enco

der/

deco

der

PDIP

, SDI

P, S

OIC,

SSO

P

MCP

2200

, MCP

2210

USB

Brid

ge P

rodu

cts:

USB

-to-U

ART,

USB

-to-S

PI−4

0 to

+85

Supp

orts

full

spee

d, U

SB 2

.0 c

ompl

iant

, int

egra

ted

PHY,

Tx/

Rx b

uffe

r size

64–

128

byte

s ea

ch, 8

–9 G

PIO,

Vdd

Ran

ge =

3.0

to 5

.5V

SOIC

, SSO

P, Q

FN

ENC2

8J60

Stan

d-al

one

10 B

ase-

T Et

hern

et c

ontro

ller w

ith S

PI in

terfa

ce−4

0 to

+85

Ethe

rnet

con

trolle

r, 8

KB R

AM B

uffe

r, In

tegr

ated

10

BASE

-T P

HYSP

DIP,

SOI

C, S

SOP,

QFN

ENC4

24J6

00St

and-

alon

e 10

/100

Bas

e-T

Ethe

rnet

con

trolle

r with

SPI

and

par

alle

l int

erfa

ce−4

0 to

+85

Ethe

rnet

con

trolle

r, 24

KB

RAM

Buf

fer,

Cryp

togr

aphi

c Se

curit

y En

gine

, 10/

100

Base

-T P

HYTQ

FP, Q

FN

ENC6

24J6

00St

and-

alon

e 10

/100

Bas

e-T

Ethe

rnet

con

trolle

r with

SPI

and

par

alle

l int

erfa

ce−4

0 to

+85

Ethe

rnet

con

trolle

r, 24

KB

RAM

Buf

fer,

Cryp

togr

aphi

c Se

curit

y En

gine

, 10/

100

Base

-T P

HYTQ

FP

inte

rFA

Ce:

Usb

Por

t Pow

er C

ontr

olle

rs w

ith C

harg

er e

mul

atio

n

Prod

uct

Des

crip

tion

Usb

Port

Pow

er s

witc

h (5

5 m

W)

Hi-s

peed

Usb

2.0

sw

itch

batt

ery

Char

ger

emul

atio

n Pr

ofile

s8

res

isto

r set

Cur

rent

li

mits

indi

cato

r out

put

Curr

ent

Mea

sure

men

tin

terf

ace

Pack

ages

UCS1

001-

1/2

USB

Port

Powe

r Con

trolle

r with

Cha

rger

Em

ulat

ion

11

9Up

to 2

.5A

Char

ging

/Atta

ch D

etec

t–

Disc

rete

I/O

20-p

in 4

× 4

QFN

UCS1

002-

1Pr

ogra

mm

able

USB

Por

t Pow

er C

ontro

ller w

ith C

harg

er E

mul

atio

n1

19

plus

1 p

rogr

amm

able

Up to

2.5

ACh

argi

ngü

I2 C™

/SM

Bus

20-p

in 4

× 4

QFN


Prod

ucts

sor

ted

by p

in c

ount

follo

wed

by p

ricin

g.†

Pric

ing

subj

ect t

o ch

ange

; ple

ase

cont

act y

our M

icro

chip

repr

esen

tativ

e fo

r mos

t cur

rent

pric

ing.

inte

rFA

Ce:

mto

uch™

Ar

10

00

res

istiv

e to

uch

scr

een

Con

trol

lers

Prod

uct

type

Com

mun

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ion

touc

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reen

s su

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A/D

res

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Pow

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per

se

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ope

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g te

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st

atic

Pr

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2.5V

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5.

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C ±5

%14

0 pp

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0 to

+85

Per s

chem

atic

$1.3

2Co

ntro

ller d

riven

cal

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tion

& Un

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al fo

r all

touc

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s20

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SSO

P (S

S),

SOIC

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Res

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and

8 w

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024

2.5V

DC

±5%

5.

5V D

C ±5

%14

0 pp

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Per s

chem

atic

$1.3

9Co

ntro

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cal

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tion

& Un

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al fo

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touc

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S),

SOIC

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Res

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All M

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1024

× 1

024

3.3V

DC

±5%

5.

5V D

C ±5

%15

0 pp

s−4

0 to

+85

Per s

chem

atic

$1.6

1Co

ntro

ller d

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cal

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tion

& Un

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al fo

r all

touc

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s20

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SSO

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SOIC

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All M

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1024

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3.3V

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5.

5V D

C ±5

%15

0 pp

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0 to

+85

Per s

chem

atic

$12.

78Co

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Mod

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Det

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−25

to +

75PD

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2012

2/7,

152

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to +

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RE46

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Yes

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to +

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IP, S

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RE46

C180

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to +

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RE46

C190

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Phot

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s−1

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RE46

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IP, S

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in C

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Unde

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to +

85Du

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Mot

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0 to

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ss D

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Dire

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mm

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Ran

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10

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Min

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MCP

7940

M8

±127

ppm

1 se

c.–

IRQ/

CLK

640

01.

8–

–$0

.46

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MS)

, TDF

N (M

NY),

PDIP

(P)

MCP

7940

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640

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(MS)

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PDIP

(P)

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7940

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3Po

wer F

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p$0

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SOIC

(SN)

, TSS

OP (S

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(MS)

, TDF

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MCP

7941

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ppm

1 se

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NY)

sPi

MCP

7951

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mp

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IC (S

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sec

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IRQ/

CLK

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6M

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N)

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ppm

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sec

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part

num

bers

with

an

"X"

have

thre

e ID

pro

gram

min

g op

tions

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= Bl

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ID],

[1 =

EU-

48™

MAC

Add

ress

], [2

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I-64™

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] 2

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all

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Max. Clock Frequency

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temperature range

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Data retention (Minimum)

Max. Write spreeds

Max. standby Current (@ 5.5V, 85°C)

Writ

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software

ser

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2.7V

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to +

125°

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tile

0 m

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page

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2.7V

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23XX

512

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4

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ms

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ble

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finite

end

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write

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tile

0 m

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3Fa

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0 M

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11XX

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EUI-6

4 M

AC a

ddre

ss o

ptio

n av

aila

ble

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MNY

), DF

N (M

C), 5

-SOT

-23

(OT)

, SC7

0 (L

T)

34XX

02R

2 Kb

× 8

1 M

Hz1.

7V–5

.5V

1.5V

–3.6

V−4

0°C

to +

125°

C1M

200

Year

s5

ms

1 µA

üü

W, ½

$0.1

8 1

MHz

@ 2

.5V,

Per

man

ent a

nd re

stab

le s

oftw

are

WP

– DI

MM

-DDR

2/3

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MS)

, DFN

(MNY

), 6-

SOT-

23 (O

T),

24XX

00R

128

b×

840

0 kH

z1.

7V–5

.5V

−40°

C to

+12

5°C

1M20

0 Ye

ars

4 m

s1

µA–

––

$0.1

7 10

0 KH

z op

erat

ion

from

1.7

V to

4.5

VPD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, DFN

(MC)

, 5-S

OT-2

3 (O

T)

24XX

01/0

14R

1 Kb

× 8

400

kHz

1.7V

–5.5

V 1.

5V–3

.6V

−40°

C to

+15

0°C

1M20

0 Ye

ars

5 m

s1

µAü

–W

, ½$0

.18

Addr

ess

pin

optio

n: c

onne

ct u

p to

8 d

evic

es o

n bu

s,

Very

low

volta

ge o

ptio

nPD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, MSO

P (M

NY),

DFN

(MC)

, 5-S

OT-2

3 (O

T), S

C70

(LT)

24XX

02/0

24/E

48R

2 Kb

× 8

400

kHz

1.7V

–5.5

V 1.

5V–3

.6V

−40°

C to

+12

5°C

1M20

0 Ye

ars

5 m

s1

µAü

–W

, ½$0

.20

Addr

ess

pin

optio

n: c

onne

ct u

p to

8 d

evic

es o

n bu

s, V

ery

low

volta

ge

optio

n, U

niqu

e EU

I-48/

EUI-6

4 M

AC a

ddre

ss o

ptio

n av

aila

ble

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MNY

), DF

N (M

C), 5

-SOT

-23

(OT)

, SC7

0 (L

T)

34XX

02R

2 Kb

× 8

1 M

Hz1.

7V–5

.5V

1.5V

–3.6

V−4

0°C

to +

125°

C1M

200

Year

s5

ms

1 µA

üü

W, ½

$0.1

8 1

MHz

@ 2

.5V,

Per

man

ent a

nd re

stab

le s

oftw

are

WP

– DI

MM

-DDR

2/3

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MS)

, DFN

(MNY

), 6-

SOT-

23 (O

T)

24XX

04R

4 Kb

× 8

400

kHz

1.7V

–5.5

V−4

0°C

to +

125°

C1M

200

Year

s5

ms

1 µA

ü–

W, ½

$0.2

1 40

0 KH

z @

2.5

V, 1

6 by

te p

age

write

buf

fer,

No a

ddre

ss p

ins

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MNY

), DF

N (M

C), 5

-SOT

-23

(OT)

, WLC

SP (C

S)

24XX

08R

8 Kb

× 8

400

kHz

1.7V

–5.5

V−4

0°C

to +

125°

C1M

200

Year

s5

ms

1 µA

ü–

W, ½

$0.2

3 40

0 KH

z @

2.5

V, 1

6 by

te p

age

write

buf

fer,

No a

ddre

ss p

ins

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MS)

, DFN

(MNY

), 5-

SOT-

23 (O

T),

24XX

16R

16 K

b×

840

0 kH

z1.

7V–5

.5V

−40°

C to

+12

5°C

1M20

0 Ye

ars

5 m

s1

µAü

–W

, ½$0

.25

400

KHz

@ 2

.5V,

16

byte

pag

e wr

ite b

uffe

r, No

add

ress

pin

sPD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, MSO

P (M

NY),

DFN

(MC)

, 5-S

OT-2

3 (O

T), W

LCSP

(CS)

24XX

32A

R32

Kb

× 8

400

kHz

1.7V

–5.5

V−4

0°C

to +

125°

C1M

200

Year

s5

ms

1 µA

ü–

W, ¼

$0.3

1 40

0 KH

z @

2.5

V, 3

2 by

te p

age

write

buf

fer,

conn

ect u

p to

8 d

evic

es

on b

usPD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, MSO

P (M

NY),

DFN

(MC)

, 5-S

OT-2

3 (O

T), W

LCSP

(CS)

24XX

64/6

5R

64 K

b×

81

MHz

1.7V

–5.5

V−4

0°C

to +

125°

C1M

, 10

M20

0 Ye

ars

5 m

s1

µAü

–W

, ¼$0

.38

1 M

Hz @

2.5

V, 3

2/64

byt

e pa

ge, R

eloc

atab

le 4

Kb

bloc

k wi

th 1

0M

cycl

es e

ndur

ance

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MNY

), DF

N (M

C), 5

-SOT

-23

(OT)

, WLC

SP (C

S)

24XX

128

R12

8 Kb

× 8

1 M

Hz1.

7V–5

.5V

−40°

C to

+12

5°C

1M20

0 Ye

ars

5 m

s1

µAü

–W

$0.5

4 1

MHz

@ 2

.5V,

64

byte

pag

e, C

onne

ct u

p to

8 d

evic

es o

n bu

sPD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, MSO

P (M

NY),

DFN

(MC)

, WLC

SP (C

S)

24XX

256

R25

6 Kb

× 8

1 M

Hz1.

7V–5

.5V

−40°

C to

+12

5°C

1M20

0 Ye

ars

5 m

s1

µAü

–W

$0.8

3 1

MHz

@ 2

.5V,

64

byte

pag

e, C

onne

ct u

p to

8 d

evic

es o

n bu

sPD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, SOI

J (S

M),

MSO

P (M

S), D

FN (M

F), W

LCSP

(CS)

24XX

512

R51

2 Kb

× 8

1 M

Hz1.

7V–5

.5V

−40°

C to

+12

5°C

1M20

0 Ye

ars

5 m

s1

µAü

–W

$1.5

0 1

MHz

@ 2

.5V,

128

byt

e pa

ge, C

onne

ct u

p to

8 d

evic

es o

n bu

sPD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, DFN

(MF)

, SOI

J (S

M),

WLC

SP (C

S)

24XX

1025

/26

R1

Mb

× 8

1 M

Hz1.

7V–5

.5V

−40°

C to

+12

5°C

1M20

0 Ye

ars

5 m

s5

µAü

–W

$3.1

4 1

MHz

@ 2

.5V,

128

byt

e pa

ge, C

onne

ct u

p to

4 d

evic

es o

n bu

sPD

IP (P

), SO

IC (S

N), S

OIJ

(SM

)

24XX

1024

NR1

Mb

× 8

1 M

Hz2.

5V–5

.5V

−40°

C to

+12

5°C

1M20

0 Ye

ars

5 m

s5

µAü

–W

–1

MHz

@ 2

.5V,

256

byt

e pa

ge,C

onne

ct u

p to

4 d

evic

es o

n bu

sPD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, DFN

(MF)

, SOI

J (S

M)

1: A

ll de

vice

s ar

e Pb

-Fre

e an

d Ro

HS

com

plia

nt.

2: E

SD p

rote

ctio

n >

4kV

(HBM

); >

400V

(MM

) on

all p

ins.

3

: Writ

e Pr

otec

t (W

P); W

= W

hole

Arr

ay, ½

= H

alf A

rray

, ¼ Q

uart

er A

rray

. 4

: Fac

tory

pro

gram

and

uni

que

ID o

ptio

ns a

vaila

ble.

5

: Die

and

waf

er o

ptio

ns a

vaila

ble

on a

ll de

vice

s.

† Pr

icin

g su

bjec

t to

chan

ge; p

leas

e co

ntac

t you

r Mic

roch

ip re

pres

enta

tive

for m

ost c

urre

nt p

ricin

g.


ser

iAl

MeM

or

Y P

ro

DU

Cts

bus

Prod

uct


Density

organization


operating Voltage

temperature range



Max. Write spreeds

Max. standby Current (@ 5.5V, 85°C)

Writ

e Pr

otec

t


5 ku Pricing†

spec

ial/

Uniq

ue F

eatu

res

Pack

ages

Hardware

software

ser

ial e

erP

oM

(Con

t.)

Microwire

93XX

46A/

B/C

R1

Kb×

8/×

163

MHz

1.8V

–5.5

V−4

0°C

to +

125°

C1M

200

Year

s6

ms

1 µA

––

–$0

.18

ORG

pin

to s

elec

t wor

d si

ze o

n 46

C ve

rsio

nPD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, MSO

P (M

S), D

FN (M

NY),

6-SO

T-23

(OT)

93XX

56A/

B/C

R2

Kb×

8/×

163

MHz

1.8V

–5.5

V−4

0°C

to +

125°

C1M

200

Year

s6

ms

1 µA

––

–$0

.20

ORG

pin

to s

elec

t wor

d si

ze in

56C

ver

sion

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MS)

, DFN

(MNY

), 6-

SOT-

23 (O

T)

93XX

66A/

B/C

R4

Kb×

8/×

163

MHz

1.8V

–5.5

V−4

0°C

to +

125°

C1M

200

Year

s6

ms

1 µA

––

–$0

.21

ORG

pin

to s

elec

t wor

d si

ze in

66C

ver

sion

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MS)

, DFN

(MNY

), 6-

SOT-

23 (O

T)

93XX

76A/

B/C

R8

Kb×

8/×

163

MHz

1.8V

–5.5

V−4

0°C

to +

125°

C1M

200

Year

s6

ms

1 µA

ü–

W$0

.30

ORG

pin

to s

elec

t wor

d si

ze in

76C

ver

sion

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MS)

, DFN

(MNY

), 6-

SOT-

23 (O

T)

93XX

86A/

B/C

R16

Kb

× 8/

× 16

3 M

Hz1.

8V–5

.5V

−40°

C to

+12

5°C

1M20

0 Ye

ars

6 m

s1

µAü

–W

$0.3

3 OR

G pi

n to

sel

ect w

ord

size

in 8

6C v

ersi

onPD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, MSO

P (M

S), D

FN (M

NY),

6-SO

T-23

(OT)

sPi

25XX

010A

R1

Kb×

810

MHz

1.8V

–5.5

V−4

0°C

to +

150°

C1M

200

Year

s5

ms

1 µA

üü

W, ½

, ¼$0

.30

5 M

Hz @

2.5

V, S

tatu

s re

gist

er, 1

6 by

te p

age

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MS)

, DFN

(MNY

), 6-

SOT-

23 (O

T)

25XX

020A

/E48

R2

Kb×

810

MHz

1.8V

–5.5

V−4

0°C

to +

150°

C1M

200

Year

s5

ms

1 µA

üü

W, ½

, ¼$0

.31

5 M

Hz @

2.5

V, S

tatu

s re

gist

er, 1

6 by

te p

age,

Uni

que

EUI-4

8™/E

UI-6

4™

MAC

add

ress

opt

ion

avai

labl

ePD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, MSO

P (M

S), D

FN (M

NY),

6-SO

T-23

(OT)

25XX

040A

R4

Kb×

810

MHz

1.8V

–5.5

V−4

0°C

to +

150°

C1M

200

Year

s5

ms

1 µA

üü

W, ½

, ¼$0

.33

5 M

Hz @

2.5

V, S

tatu

s re

gist

er, 1

6 by

te p

age

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MS)

, DFN

(MNY

), 6-

SOT-

23 (O

T)

25XX

080C

/DR

8 Kb

× 8

10 M

Hz1.

8V–5

.5V

−40°

C to

+15

0°C

1M20

0 Ye

ars

5 m

s1

µAü

üW

, ½, ¼

$0.4

0 16

/32

byte

pag

e, 5

MHz

@ 2

.5V,

Sta

tus

regi

ster

PDIP

(P),

SOIC

(SN)

, TSS

OP (S

T), M

SOP

(MS)

, DFN

(MNY

)

25XX

160C

/DR

16 K

b×

810

MHz

1.8V

–5.5

V−4

0°C

to +

150°

C1M

200

Year

s5

ms

1 µA

üü

W, ½

, ¼$0

.41

16/3

2 by

te p

age,

5 M

Hz @

2.5

V, S

tatu

s re

gist

erPD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, MSO

P (M

S), D

FN (M

NY)

25XX

320A

R32

Kb

× 8

10 M

Hz1.

8V–5

.5V

−40°

C to

+15

0°C

1M20

0 Ye

ars

5 m

s1

µAü

üW

, ½, ¼

$0.4

5 5

MHz

@ 2

.5V,

Sta

tus

regi

ster

, 32

byte

pag

ePD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, MSO

P (M

S), D

FN (M

NY)

25XX

640A

R64

Kb

× 8

10 M

Hz1.

8V–5

.5V

−40°

C to

+15

0°C

1M20

0 Ye

ars

5 m

s1

µAü

üW

, ½, ¼

$0.4

6 5

MHz

@ 2

.5V,

Sta

tus

regi

ster

, 32

byte

pag

ePD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, MSO

P (M

S), D

FN (M

NY, M

F),

25XX

128

R12

8 Kb

× 8

10 M

Hz1.

8V–5

.5V

−40°

C to

+15

0°C

1M20

0 Ye

ars

5 m

s1

µAü

üW

, ½, ¼

$0.7

4 5

MHz

@ 2

.5V,

Sta

tus

regi

ster

, 64

byte

pag

ePD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, DFN

(MF)

25XX

256

R25

6 Kb

× 8

10 M

Hz1.

8V–5

.5V

−40°

C to

+15

0°C

1M20

0 Ye

ars

5 m

s1

µAü

üW

, ½, ¼

$1.0

1 5

MHz

@ 2

.5V,

Sta

tus

regi

ster

, 64

byte

pag

ePD

IP (P

), SO

IC (S

N), T

SSOP

(ST)

, DFN

(MF)

, SOI

J (S

M)

25XX

512

R51

2 Kb

× 8

20 M

Hz1.

8V–5

.5V

−40°

C to

+12

5°C

1M20

0 Ye

ars

5 m

s10

µA

üü

W, ½

, ¼$1

.53

10 M

Hz @

2.5

V, D

eep

powe

r dow

n, S

tatu

s re

gist

er, P

age/

sect

or/c

hip

eras

ePD

IP (P

), SO

IC (S

N), D

FN (M

F), S

OIJ

(SM

)

25XX

1024

R1

Mb

× 8

20 M

Hz1.

8V–5

.5V

−40°

C to

+12

5°C

1M20

0 Ye

ars

6 m

s12

µA

üü

W, ½

, ¼$2

.59

10 M

Hz @

2.5

V, D

eep

powe

r dow

n, S

tatu

s re

gist

er, P

age/

sect

or/c

hip

eras

ePD

IP (P

), DF

N (M

F), S

OIJ

(SM

)

1: A

ll de

vice

s ar

e Pb

-Fre

e an

d Ro

HS

com

plia

nt.

2: E

SD p

rote

ctio

n >

4kV

(HBM

); >

400V

(MM

) on

all p

ins.

3

: Writ

e Pr

otec

t (W

P); W

= W

hole

Arr

ay, ½

= H

alf A

rray

, ¼ Q

uart

er A

rray

. 4

: Fac

tory

pro

gram

and

uni

que

ID o

ptio

ns a

vaila

ble.

5

: Die

and

waf

er o

ptio

ns a

vaila

ble

on a

ll de

vice

s.

† Pr

icin

g su

bjec

t to

chan

ge; p

leas

e co

ntac

t you

r Mic

roch

ip re

pres

enta

tive

for m

ost c

urre

nt p

ricin

g.


ser

iAl

FlA

sH

MeM

or

Ybus

Prod

uct


Density

organization


operating Voltage

temperature range



Write spped (typical)

Writ

e Pr

otec

t

spec

ial/

Uniq

ue F

eatu

res

Pack

ages

*

Max. standby Current

Hardware

software


×1

SST2

5VF5

12A

R51

2 Kb

64K

× 8

33 M

Hz2.

7–3.

6V 0

°C to

70°

C −4

0°C

to +

85°C

−2

0 to

+85

°C

100,

000

cycl

es (t

ypic

al)

100

year

s14

µs

(Byt

e Pr

ogra

m)

8 µA

üü

Vario

usAu

to a

ddre

ss in

crem

ent p

rogr

amm

ing,

Fas

t rea

d, p

rogr

am a

nd e

rase

8L-S

OIC,

8C-

WSO

N,

8B-X

FBGA

SST2

5VF0

10A

R1

Mb

128K

× 8

33 M

Hz2.

7–3.

6V 0

°C to

70°

C −4

0°C

to +

85°C

−2

0 to

+85

°C

100,

000

cycl

es (t

ypic

al)

100

year

s14

µs

(Byt

e Pr

ogra

m)

8 µA

üü

Vario

usAu

to a

ddre

ss in

crem

ent p

rogr

amm

ing,

Fas

t rea

d, p

rogr

am a

nd e

rase

8L-S

OIC,

8C-

WSO

N,

8B-X

FBGA

SST2

5VF0

20B

R2

Mb

256K

× 8

80 M

Hz2.

7–3.

6V 0

°C to

70°

C −4

0°C

to +

85°C

10

0,00

0 cy

cles

(typ

ical

)10

0 ye

ars

7 µs

(Wor

d Pr

ogra

m)

5 µA

üü

Vario

usAu

to a

ddre

ss in

crem

ent p

rogr

amm

ing,

Fas

t rea

d, p

rogr

am a

nd e

rase

8L-S

OIC,

8C-

WSO

N

SST2

5PF0

20B

R2

Mb

256K

× 8

40 M

Hz2.

3–3.

6V 0

°C to

70°

C −4

0°C

to +

85°C

100,

000

cycl

es (t

ypic

al)

100

year

s7

µs (W

ord

Prog

ram

)5

µAü

üVa

rious

Auto

add

ress

incr

emen

t pro

gram

min

g, F

ast r

ead,

pro

gram

and

era

se8L

-SOI

C, 8

C-W

SON

SST2

5WF0

20A

NR2

Mb

256K

× 8

40 M

Hz1.

65–1

.95V

0°C

to 7

0°C

−40°

C to

+85

°C10

0,00

0 cy

cles

(typ

ical

)20

yea

rs3

ms

(Pag

e Pr

ogra

m)

10 µ

Aü

üVa

rious

Sing

le-in

put p

age

prog

ram

, Fas

t rea

d, p

rogr

am a

nd e

rase

8L-S

OIC,

8C-

WSO

N

SST2

5VF0

40B

R4

Mb

512K

× 8

80 M

Hz2.

7–3.

6V−4

0°C

to +

85°C

100,

000

cycl

es (t

ypic

al)

100

year

s7

µs (W

ord

Prog

ram

)5

µAü

üVa

rious

Auto

add

ress

incr

emen

t pro

gram

min

g, F

ast r

ead,

pro

gram

and

era

se8L

-SOI

C, 8

C-W

SON,

8B

-XFB

GA

SST2

5PF0

40B

R4

Mb

512K

× 8

40 M

Hz2.

3–3.

6V 0

°C to

70°

C −4

0°C

to +

85°C

100,

000

cycl

es (t

ypic

al)

100

year

s7

µs (W

ord

Prog

ram

)5

µAü

üVa

rious

Auto

add

ress

incr

emen

t pro

gram

min

g, F

ast r

ead,

pro

gram

and

era

se8L

-SOI

C, 8

C-W

SON

SST2

5VF0

80B

R8

Mb

1M ×

880

MHz

2.7–

3.6V

−40°

C to

+85

°C10

0,00

0 cy

cles

(typ

ical

)10

0 ye

ars

7 µs

(Wor

d Pr

ogra

m)

5 µA

üü

Vario

usAu

to a

ddre

ss in

crem

ent p

rogr

amm

ing,

Fas

t rea

d, p

rogr

am a

nd e

rase

8L-S

OIC,

8C-

WSO

N,

8B-X

FBGA

SST2

5PF0

80B

R8

Mb

1M ×

840

MHz

2.3–

3.6V

0°C

to 7

0°C

−40°

C to

+85

°C10

0,00

0 cy

cles

(typ

ical

)10

0 ye

ars

7 µs

(Wor

d Pr

ogra

m)

5 µA

üü

Vario

usAu

to a

ddre

ss in

crem

ent p

rogr

amm

ing,

Fas

t rea

d, p

rogr

am a

nd e

rase

8L-S

OIC,

8C-

WSO

N

SST2

5VF0

16B

R16

Mb

2M ×

875

MHz

2.7–

3.6V

−40°

C to

+85

°C10

0,00

0 cy

cles

(typ

ical

)10

0 ye

ars

7 µs

(Wor

d Pr

ogra

m)

5 µA

üü

Vario

usAu

to a

ddre

ss in

crem

ent p

rogr

amm

ing,

Fas

t rea

d, p

rogr

am a

nd e

rase

8L-S

OIC,

8C-

WSO

N

SST2

5VF0

32B

R32

Mb

4M ×

880

MHz

2.7–

3.6V

−40°

C to

+85

°C10

0,00

0 cy

cles

(typ

ical

)10

0 ye

ars

7 µs

(Wor

d Pr

ogra

m)

5 µA

üü

Vario

usAu

to a

ddre

ss in

crem

ent p

rogr

amm

ing,

Fas

t rea

d, p

rogr

am a

nd e

rase

8L-S

OIC,

8C-

WSO

N

×1, ×2

SST2

5WF0

40B

NR4

Mb

512K

× 8

40 M

Hz1.

65–1

.95V

0°C

to 7

0°C

−40°

C to

+85

°C10

0,00

0 cy

cles

(typ

ical

)20

yea

rs1

ms

(Pag

e Pr

ogra

m)

10 µ

Aü

üVa

rious

Dual

out

put a

nd d

ual I

/O re

ad, S

ingl

e- a

nd d

ual-in

put p

age

prog

ram

, Fas

t rea

d,

prog

ram

and

era

se8L

-SOI

C, 8

C-W

SON

SST2

5WF0

80B

NR8

Mb

1M ×

840

MHz

1.65

–1.9

5V 0

°C to

70°

C −4

0°C

to +

85°C

100,

000

cycl

es (t

ypic

al)

20 y

ears

1 m

s (P

age

Prog

ram

)10

µA

üü

Vario

usDu

al o

utpu

t and

dua

l I/O

read

, Sin

gle-

and

dua

l-inp

ut p

age

prog

ram

, Fa

st re

ad, p

rogr

am a

nd e

rase

8L-S

OIC,

8C-

WSO

N

SST2

5VF0

64C

R64

Mb

8M ×

880

MHz

2.7–

3.6V

−40°

C to

+85

°C10

0,00

0 cy

cles

(typ

ical

)10

0 ye

ars

1.5

ms

(Pag

e Pr

ogra

m)

5 µA

üü

Vario

usDu

al o

utpu

t and

dua

l I/O

read

, Sin

gle-

and

dua

l-inp

ut p

age

prog

ram

, One

-tim

e pr

ogra

mm

able

ar

ea, F

ast r

ead,

pro

gram

and

era

se

8L-S

OIC,

8C-

WSO

N,

16L-

SOIC

×4

SST2

6VF0

16R

16 M

b2M

× 8

80 M

Hz2.

7–3.

6V−4

0°C

to +

85°C

100,

000

cycl

es

(min

imum

)10

0 ye

ars

1 m

s (P

age

Prog

ram

)8

µAü

üVa

rious

SQI™

Qua

d I/

O re

ad/p

rogr

am/e

rase

, Bur

st re

ad, I

ndex

jum

p fe

atur

e, In

divid

ual b

lock

read

and

wr

ite p

rote

ctio

n. F

ast r

ead,

pro

gram

and

era

se

8L-S

OIC,

8C-

WSO

N

SST2

6VF0

32R

32 M

b4M

× 8

80 M

Hz2.

7–3.

6V−4

0°C

to +

85°C

100,

000

cycl

es

(min

imum

)10

0 ye

ars

1 m

s (P

age

Prog

ram

)8

µAü

üVa

rious

SQI Q

uad

I/O

read

/pro

gram

/era

se, B

urst

read

, Ind

ex ju

mp

feat

ure,

Indi

vidua

l blo

ck re

ad a

nd

write

pro

tect

ion.

Fas

t rea

d, p

rogr

am a

nd e

rase

8L

-SOI

C, 8

C-W

SON

×1, ×2, ×4

SST2

6WF0

80B

NR8

Mb

1M ×

810

4 M

Hz1.

65–1

.95V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es

(min

imum

)10

0 ye

ars

1 m

s (P

age

Prog

ram

)3

µAü

üVa

rious

×1, ×

2, ×

4 re

ad, S

ingl

e-an

d qu

ad-in

put p

age

prog

ram

, Bur

st re

ad, W

rite

susp

end,

Indi

vidua

l bl

ock

read

and

writ

e pr

otec

tion,

Fas

t rea

d, p

rogr

am a

nd e

rase

8L

-SOI

C, 8

C-W

SON

SST2

6WF0

16B

NR16

Mb

2M ×

810

4 M

Hz1.

65–1

.95V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es

(min

imum

)10

0 ye

ars

1 m

s (P

age

Prog

ram

)3

µAü

üVa

rious

×1, ×

2, ×

4 re

ad, S

ingl

e-an

d qu

ad-in

put p

age

prog

ram

, Bur

st re

ad, W

rite

susp

end,

Indi

vidua

l bl

ock

read

and

writ

e pr

otec

tion,

Fas

t rea

d, p

rogr

am a

nd e

rase

8L

-SOI

C, 8

C-W

SON

SST2

6VF0

32B/

BANR

32 M

b4M

× 8

104

MHz

2.7–

3.6V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es

(min

imum

)10

0 ye

ars

1 m

s (P

age

Prog

ram

)15

µA

üü

Vario

us×1

, ×2,

x×4

read

, Sin

gle-

and

quad

-inpu

t pag

e pr

ogra

m, B

urst

read

, Writ

e su

spen

d, In

divid

ual

bloc

k re

ad a

nd w

rite

prot

ectio

n, F

ast r

ead,

pro

gram

and

era

se

8L-S

OIC,

8C-

WSO

N

SST2

6VF0

64B/

BANR

64 M

b8M

× 8

104

MHz

2.7–

3.6V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es

(min

imum

)10

0 ye

ars

1 m

s (P

age

Prog

ram

)15

µA

üü

Vario

us×1

, ×2,

×4

read

, Sin

gle-

and

quad

-inpu

t pag

e pr

ogra

m, B

urst

read

, Writ

e su

spen

d, In

divid

ual

bloc

k re

ad a

nd w

rite

prot

ectio

n, F

ast r

ead,

pro

gram

and

era

se

8L-S

OIC,

8C-

WSO

N

*Onl

y st

anda

rd p

acka

ges

are

liste

d he

re. P

leas

e in

quire

with

you

r loc

al s

ales

offi

ce fo

r dev

ices

in d

ie fo

rm o

r in

chip

-sca

le p

acka

ges.

lPC F

irM

WA

re

FlA

sH

/Fir

MW

Ar

e H

Ub

FlA

sH

MeM

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Y

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Prod

uct


Density

organization


operating Voltage

temperature range




Writ

e Pr

otec

t

spec

ial/

Uniq

ue F

eatu

res

Pack

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Hardware

software


×4

SST4

9LF0

08A

R8

Mb

1M ×

833

MHz

3.0–

3.6V

0°C

to 7

0°C

100,

000

cycl

es (m

inim

um)

100

year

s14

µs

(Byt

e Pr

ogra

m)

14 µ

Aü

üVa

rious

Firm

ware

Hub

(FW

H) d

evic

e fo

r PC-

BIOS

app

licat

ion,

pro

vide

prot

ectio

n fo

r the

sto

rage

and

upd

ate

of c

ode

and

data

32

L-PL

CC,

32L-

TSOP

SST4

9LF0

16C

R16

Mb

2M ×

833

MHz

3.0–

3.6V

0°C

to 7

0°C

100,

000

cycl

es (m

inim

um)

100

year

s14

µs

(Byt

e Pr

ogra

m)

14 µ

Aü

üVa

rious

Firm

ware

Hub

(FW

H) d

evic

e fo

r PC-

BIOS

app

licat

ion,

pro

vide

prot

ectio

n fo

r the

sto

rage

and

upd

ate

of c

ode

and

data

32

L-PL

CC,

32L-

TSOP

SST4

9LF0

80A

R8

Mb

1M ×

833

MHz

3.0–

3.6V

0°C

to 7

0°C

100,

000

cycl

es (m

inim

um)

100

year

s14

µs

(Byt

e Pr

ogra

m)

14 µ

Aü

üVa

rious

LPC

Flas

h de

vices

com

ply

with

the

stan

dard

Inte

l Low

Pin

Cou

nt (L

PC) I

nter

face

Spe

cific

atio

n 1.

1, p

rovid

e pr

otec

tion

for t

he s

tora

ge a

nd u

pdat

e of

cod

e an

d da

ta32

L-PL

CC,

32L-

TSOP

SST4

9LF1

60C

R16

Mb

2M ×

833

MHz

3.0–

3.6V

0°C

to 7

0°C

100,

000

cycl

es (m

inim

um)

100

year

s14

µs

(Byt

e Pr

ogra

m)

14 µ

Aü

üVa

rious

LPC

Flas

h de

vices

com

ply

with

the

stan

dard

Inte

l Low

Pin

Cou

nt (L

PC) I

nter

face

Spe

cific

atio

n 1.

1, p

rovid

e pr

otec

tion

for t

he s

tora

ge a

nd u

pdat

e of

cod

e an

d da

ta32

L-PL

CC


PAr

All

el F

lAsH

MeM

or

Ybus

Prod

uct*


Density

organization


operating Voltage

temperature range




Writ

e Pr

otec

t

spec

ial/

Uniq

ue F

eatu

res

Pack

ages

**


Hardware

software


×8

SST3

9SF0

10A

R1

Mb

128K

× 8

45/7

0 ns

4.5–

5.5V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es10

0 ye

ars

14 µ

s (B

yte

Prog

ram

)30

µA

––

N/A

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Sm

all e

rase

sec

tor

32L-

PLCC

, 32L

-PDI

P, 3

2L-T

SOP

SST3

9LF0

10R

1 M

b51

2K ×

845

ns

3.0–

3.6V

0°C

to 7

0°C

100,

000

cycl

es10

0 ye

ars

14 µ

s (B

yte

Prog

ram

)1

µA–

–N/

AFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r48

B-TF

BGA,

32L

-TSO

P, 3

2L-P

LCC

SST3

9VF0

10R

1 M

b51

2K ×

870

ns

2.7–

3.6V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es10

0 ye

ars

14 µ

s (B

yte

Prog

ram

)1

µA–

–N/

AFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r48

B-TF

BGA,

32L

-TSO

P, 3

2L-P

LCC

SST3

9LF0

20R

2 M

b51

2K ×

845

ns

3.0–

3.6V

0°C

to 7

0°C

100,

000

cycl

es10

0 ye

ars

14 µ

s (B

yte

Prog

ram

)1

µA–

–N/

AFa

st re

ad, p

rogr

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nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r48

B-TF

BGA,

32L

-TSO

P, 3

2L-P

LCC

SST3

9SF0

20A

R2

Mb

256K

× 8

45/5

5/70

ns

4.5–

5.5V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es10

0 ye

ars

14 µ

s (B

yte

Prog

ram

)30

µA

––

N/A

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Sm

all e

rase

sec

tor

32L-

PLCC

, 32L

-PDI

P, 3

2L-T

SOP

SST3

9VF0

20R

2 M

b51

2K ×

870

ns

2.7–

3.6V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es10

0 ye

ars

14 µ

s (B

yte

Prog

ram

)1

µA–

–N/

AFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r48

B-TF

BGA,

32L

-TSO

P, 3

2L-P

LCC

SST3

9SF0

40R

4 M

b51

2K ×

845

/70

ns4.

5–5.

5V 0

°C to

70°

C −4

0°C

to +

85°C

10

0,00

0 cy

cles

100

year

s14

µs

(Byt

e Pr

ogra

m)

30 µ

A–

–N/

AFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r32

L-PL

CC, 3

2L-P

DIP,

32L

-TSO

P

SST3

9LF0

40R

4 M

b51

2K ×

845

ns

3.0–

3.6V

0°C

to 7

0°C

100,

000

cycl

es10

0 ye

ars

14 µ

s (B

yte

Prog

ram

)1

µA–

–N/

AFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r48

B-TF

BGA,

32L

-TSO

P, 3

2L-P

LCC

SST3

9VF0

40R

4 M

b51

2K ×

870

ns

2.7–

3.6V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es10

0 ye

ars

14 µ

s (B

yte

Prog

ram

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–N/

AFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r48

B-TF

BGA,

32L

-TSO

P, 3

2L-P

LCC

SST3

9VF1

68X

R16

Mb

2M ×

870

ns

2.7–

3.6V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es10

0 ye

ars

7 µs

(Byt

e Pr

ogra

m)

3 µA

ü–

64 K

BFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r48

B-TF

BGA,

48L

-TSO

P

×16

SST3

9LF2

00A

R2

Mb

128K

× 1

655

ns

3.0–

3.6V

0°C

to 7

0°C

100,

000

cycl

es10

0 ye

ars

14 µ

s (W

ord

Prog

ram

)3

µA–

–N/

AFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r48

B-TF

BGA,

48L

-TSO

P

SST3

9VF2

00A

R2

Mb

128K

× 1

670

ns

2.7–

3.6V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es10

0 ye

ars

14 µ

s (W

ord

Prog

ram

)3

µA–

–N/

AFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r48

B-TF

BGA,

48L

-TSO

P, 4

8B-W

FBGA

SST3

9LF4

0XC

R4

Mb

256K

× 1

655

ns

3.0–

3.6V

0°C

to 7

0°C

100,

000

cycl

es10

0 ye

ars

7 µs

(Wor

d Pr

ogra

m)

3 µA

ü–

8 KB

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Sm

all e

rase

sec

tor;

Indu

stry

sta

ndar

d co

mm

and

set a

nd b

oot b

lock

stru

ctur

e 48

B-TF

BGA,

48L

-TSO

P, 4

8B-W

FBGA

SST3

9WF4

00B

R4

Mb

256K

× 1

670

ns

1.65

–1.9

5V 0

°C to

70°

C −4

0°C

to +

85°C

10

0,00

0 cy

cles

100

year

s28

µs

(Wor

d Pr

ogra

m)

5 µA

––

N/A

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Sm

all e

rase

sec

tor

48B-

TFBG

A, 4

8B-W

FBGA

, 48B

-XFB

GA

SST3

9VF4

0XC

R4

Mb

256K

× 1

670

ns

2.7–

3.6V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es10

0 ye

ars

7 µs

(Wor

d Pr

ogra

m)

3 µA

ü–

8 KB

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Sm

all e

rase

sec

tor;

Indu

stry

sta

ndar

d co

mm

and

set a

nd b

oot b

lock

stru

ctur

e 48

B-TF

BGA,

48L

-TSO

P, 4

8B-W

FBGA

SST3

9WF8

00B

R8

Mb

512K

× 1

670

ns

1.65

–1.9

5V 0

°C to

70°

C −4

0°C

to +

85°C

10

0,00

0 cy

cles

100

year

s28

µs

(Wor

d Pr

ogra

m)

5 µA

––

N/A

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Sm

all e

rase

sec

tor

48B-

TFBG

A, 4

8B-W

FBGA

, 48B

-XFB

GA

SST3

9LF8

0XC

R8

Mb

512K

× 1

655

ns

3.0–

3.6V

0°C

to 7

0°C

100,

000

cycl

es10

0 ye

ars

7 µs

(Wor

d Pr

ogra

m)

3 µA

ü–

N/A

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Sm

all e

rase

sec

tor;

Indu

stry

sta

ndar

d co

mm

and

set a

nd b

oot b

lock

stru

ctur

e 48

B-TF

BGA,

48L

-TSO

P, 4

8B-W

FBGA

SST3

9VF8

0XC

R8

Mb

512K

× 1

670

ns

2.7–

3.6V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es10

0 ye

ars

7 µs

(Wor

d Pr

ogra

m)

3 µA

ü–

N/A

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Sm

all e

rase

sec

tor;

Indu

stry

sta

ndar

d co

mm

and

set a

nd b

oot b

lock

stru

ctur

e 48

B-TF

BGA,

48L

-TSO

P, 4

8B-W

FBGA

SST3

9WF1

60X

R16

Mb

1M ×

16

70 n

s1.

65–1

.95V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es10

0 ye

ars

28 µ

s (W

ord

Prog

ram

)5

µAü

–32

KB

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Sm

all e

rase

sec

tor

48B-

TFBG

A, 4

8B-W

FBGA

, 48B

-XFB

GA

SST3

9VF1

60XC

R16

Mb

1M ×

16

70 n

s2.

7–3.

6V 0

°C to

70°

C −4

0°C

to +

85°C

10

0,00

0 cy

cles

100

year

s7

µs (W

ord

Prog

ram

)3

µAü

–8

KBFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r; In

dust

ry s

tand

ard

com

man

d se

t and

boo

t blo

ck s

truct

ure

48B-

TFBG

A, 4

8L-T

SOP,

48B

-WFB

GA

SST3

9VF1

60X

R16

Mb

2M ×

870

ns

2.7–

3.6V

0°C

to 7

0°C

−40°

C to

+85

°C

100,

000

cycl

es10

0 ye

ars

7 µs

(Byt

e Pr

ogra

m)

3 µA

ü–

64 K

BFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r48

B-TF

BGA,

48L

-TSO

P

SST3

9VF3

20XB

R32

Mb

2M ×

16

70 n

s2.

7–3.

6V 0

°C to

70°

C −4

0°C

to +

85°C

10

0,00

0 cy

cles

100

year

s7

µs (W

ord

Prog

ram

)4

µAü

–32

KB

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Sm

all e

rase

sec

tor

48B-

TFBG

A, 4

8L-T

SOP

SST3

9VF3

20XC

R32

Mb

2M ×

16

70 n

s2.

7–3.

6V 0

°C to

70°

C −4

0°C

to +

85°C

10

0,00

0 cy

cles

100

year

s7

µs (W

ord

Prog

ram

)4

µAü

–8

KBFa

st re

ad, p

rogr

am a

nd e

rase

; Low

pow

er; S

mal

l era

se s

ecto

r; In

dust

ry s

tand

ard

com

man

d se

t and

boo

t blo

ck s

truct

ure

48B-

TFBG

A, 4

8L-T

SOP

SST3

8VF6

40X

R64

Mb

4M ×

16

70 n

s2.

7–3.

6V 0

°C to

70°

C −4

0°C

to +

85°C

10

0,00

0 cy

cles

100

year

s7

µs/1

.75

µs

(Writ

e Bu

ffer P

rogr

am)

3 µA

üü

32 K

B/

8 KB

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Sm

all e

rase

sec

tor I

ndus

try s

tand

ard

com

man

d se

t and

boo

t blo

ck s

truct

ure,

Sec

urity

feat

ures

48

B-TF

BGA,

48L

-TSO

P

SST3

8VF6

40XB

NR64

Mb

4M ×

16

70 n

s2.

7–3.

6V 0

°C to

70°

C −4

0°C

to +

85°C

10

0,00

0 cy

cles

100

year

s7

µs/1

.75

µs

(Writ

e Bu

ffer P

rogr

am)

3 µA

üü

32 K

B/

8 KB

Fast

read

, pro

gram

and

era

se; L

ow p

ower

; Ind

ustry

sta

ndar

d co

mm

and

set a

nd b

oot b

lock

stru

ctur

e, S

ecur

ity fe

atur

es

48B-

TFBG

A, 4

8L-T

SOP

*X is

a w

ildca

rd to

indi

cate

"to

p" o

r "bo

ttom

" bo

ot b

lock

sup

port

. Ple

ase

refe

r to

the

resp

ectiv

e da

tash

eets

for m

ore

deta

ils.

**O

nly

stan

dard

pac

kage

s ar

e lis

ted

here

. Ple

ase

inqu

ire w

ith y

our l

ocal

sal

es o

ffice

for d

evic

es in

die

form

or i

n ch

ip-s

cale

pac

kage

s.


Wir

eles

s P

ro

DU

Cts

Prod

uct

Pin

Coun

tFr

eque

ncy

ran

ge (G

Hz)

sens

itivi

ty

(dbm

)Po

wer

out

put

(dbm

)r

ssi

tx P

ower

Co

nsum

ptio

n (m

A)rx

Pow

er

Cons

umpt

ion

(mA)

Cloc

ksl

eep

MAC

MAC

Fe

atur

esPr

otoc

ols

encr

yptio

nin

terf

ace

Volu

me

Pric

ing†

Pack

ages

ieee

80

2.1

1 M

odul

es

MRF

24W

B0M

A36

2.41

2–2.

484

−91

10Ye

s 15

685

25 M

Hz0.

1 μA

(1)

Yes

802.

11b

Wi-F

i® C

onne

ctio

n M

anag

er, A

nnou

nce,

DN

S, D

DNS,

DHC

P, FT

P, HT

TP, N

BNS,

SN

MP,

SNTP

, SSL

, TCP

, UDP

, Zer

oCon

f(2)

WPA

, WPA

2, W

EP

4-wi

re S

PI$1

2.48

36

/Mod

ule

MRF

24W

B0M

B36

2.41

2–2.

484

−91

10Ye

s 15

685

25 M

Hz0.

1 μA

(1)

Yes

802.

11b

Wi-F

i Con

nect

ion

Man

ager

, Ann

ounc

e,

DNS,

DDN

S, D

HCP,

FTP,

HTTP

, NBN

S,

SNM

P, SN

TP, S

SL, T

CP, U

DP, Z

eroC

onf(2

)W

PA, W

PA2,

WEP

4-

wire

SPI

$12.

48

36/M

odul

e

RN17

149

2.41

2–2.

484

−83

12Ye

s13

030

44 M

Hz4

μAYe

s80

2.11

b/g,

Wi-F

i Dire

ct,

SoftA

P, W

PS, W

ebsc

anDH

CP, D

NS, A

RP, I

CMP,

FTP

clie

nt, H

TTP

clie

nt, T

CP, U

DPW

EP, W

PA, W

PA2

UART

, SPI

Sl

ave,

Wi-F

i$1

8.11

49/M

odul

e

MRF

24W

G0M

A36

2.41

2–2.

484

−95

18Ye

s24

015

625

MHz

0.1

mA(1

)Ye

s80

2.11

b/g,

Wi-F

i Dire

ct,

SoftA

P, W

PS

Wi-F

i Con

nect

ion

Man

ager

, Ann

ounc

e,

DNS,

DDN

S, D

HCP,

FTP,

HTTP

, NBN

S,

SNM

P, SN

TP, S

SL, T

CP, U

DP, Z

eroC

onf(2

)

WPA

2-PS

K,

WPA

-PSK

, WEP

4-wi

re S

PI$1

8.75

36/M

odul

e

MRF

24W

G0M

B36

2.41

2–2.

484

−95

18Ye

s24

015

625

MHz

0.1

mA(1

)Ye

s80

2.11

b/g,

Wi-F

i Dire

ct,

SoftA

P, W

PS

Wi-F

i Con

nect

ion

Man

ager

, Ann

ounc

e,

DNS,

DDN

S, D

HCP,

FTP,

HTTP

, NBN

S,

SNM

P, SN

TP, S

SL, T

CP, U

DP, Z

eroC

onf(2

)

WPA

2-PS

K,

WPA

-PSK

, WEP

4-wi

re S

PI$1

8.75

36/M

odul

e

RN13

1C44

2.41

2–2.

484

−85

18Ye

s21

0 (+

18 d

Bm)

4044

MHz

4 μA

Yes

802.

11b/

g, W

i-Fi D

irect

, So

ftAP,

WPS

, Web

scan

DHCP

, DNS

, ARP

, ICM

P, FT

P cl

ient

, HT

TP c

lient

, TCP

, UDP

WEP

, WPA

, WPA

2UA

RT, S

PI

Slav

e, W

i-Fi

$24.

9044

/Mod

ule

RN13

1G44

2.41

2–2.

484

−85

18Ye

s21

0 (+

18 d

Bm)

4044

MHz

4 μA

Yes

802.

11b/

g, W

i-Fi D

irect

, So

ftAP,

WPS

, Web

scan

DHCP

, DNS

, ARP

, ICM

P, FT

P cl

ient

, HT

TP c

lient

, TCP

, UDP

WEP

, WPA

, WPA

2UA

RT, S

PI

Slav

e, W

i-Fi

$27.

7544

/Mod

ule

ieee

80

2.1

5.4

tra

nsei

vers

/Mod

ules

MRF

24J4

040

2.40

5–2.

48−9

50

Yes

2319

20 M

Hz2

µAYe

sCS

MA-

CA–

AES1

284-

wire

SPI

$2.3

6 40

/QFN

MRF

24J4

0MA

122.

405–

2.48

−95

0Ye

s23

1920

MHz

2 µA

Yes

CSM

A-CA

–AE

S128

4-wi

re S

PI$4

.94

12/M

odul

e

MRF

24J4

0MB

122.

405–

2.48

−102

20Ye

s13

025

20 M

Hz5

µAYe

sCS

MA-

CA–

AES1

284-

wire

SPI

$10.

6612

/Mod

ule

MRF

24J4

0MC

122.

405–

2.48

−108

20Ye

s12

025

20 M

Hz12

µA

Yes

CSM

A-CA

–AE

S128

4-wi

re S

PI$1

0.66

12

/Mod

ule

1.

Indi

cate

s "o

ff" c

urre

nt fo

r sle

ep c

olum

n.

2.

Supp

orte

d in

the

prov

ided

sta

ck.

Wir

eles

s P

ro

DU

Cts

Prod

uct

Pin

Coun

tFr

eque

ncy

ran

ge (G

Hz)

sens

itivi

ty

(dbm

)Po

wer

out

put

(dbm

)Po

wer

Con

sum

ptio

nsl

eep

MAC

Profi

les

inte

rfac

eVo

lum

e Pr

icin

g†Pa

ckag

es

blu

etoo

th®

RN42

-I/RM

352.

4 to

2.4

8 −8

04

Stan

dby/

Idle

25

mA,

Con

nect

ed (n

orm

al m

ode)

3 m

A,

Conn

ecte

d (lo

w po

wer s

niff)

8 m

ASt

andb

y/Id

le (d

eep

slee

p en

able

d) 2

6 μA

Yes

SPP,

DUN,

HID

, iAP

, HCI

, RFC

OMM

, L2C

AP, S

DPUA

RT, U

SB, B

luet

ooth

®$1

2.50

35

/Mod

ule

RN52

-I/RM

*40

2.4

to 2

.48

-85

4TB

DSt

andb

y/Id

le (d

eep

slee

p en

able

d) 2

6 μA

Yes

A2DP

, AVR

CP, S

PP, H

FP/H

SP, i

AP(a

udio

) Ana

log

spea

ker,

mic

roph

one,

I2 S m

aste

r m

ode,

S/P

DIF,

(dat

a) U

ART,

USB,

GPI

O $

16.0

4 40

/Mod

ule

RN41

-I/RM

352.

4 to

2.4

8 −8

015

Stan

dby/

Idle

25

mA,

Con

nect

ed (n

orm

al m

ode)

30

mA,

Co

nnec

ted

(low

powe

r sni

ff) 8

mA

Stan

dby/

Idle

(dee

p sl

eep

enab

led)

250

μA

Yes

SPP,

DUN,

HID

, iAP

, HCI

, RFC

OMM

, L2C

AP, S

DPUA

RT, U

SB, B

luet

ooth

$18.

75

35/M

odul

e

*N

ot y

et r

elea

sed.

sub

-GH

z tr

ansc

eive

rs/M

odul

es

Prod

uct

Pin

Coun

tFr

eque

ncy

ran

ge (M

Hz)

sens

itivi

ty

(dbm

)Po

wer

out

put

(dbm

)r

ssi

tx P

ower

Co

nsum

ptio

n (m

A)r

x Po

wer

Co

nsum

ptio

n (m

A)Cl

ock

slee

pin

terf

ace

Volu

me

Pric

ing†

Pack

ages

MRF

49XA

16

433

/868

/915

−110

7Ye

s15

mA

@ 0

dBm

1110

MHz

0.3

µA 4

-wire

SPI

$1.7

1 16

/TSS

OP

MRF

89XA

32

868

/915

/950

−113

12.5

Yes

25 m

A @

0 d

Bm3

12.8

MHz

0.1

µA 4

-wire

SPI

$1.7

632

/TQF

N

MRF

89XA

M8A

12

868

−113

12.5

Yes

25 m

A @

0 d

Bm3

12.8

MHz

0.1

µA4-

wire

SPI

$5.2

012

/Mod

ule

MRF

89XA

M9A

12

915

−113

12.5

Yes

25 m

A @

0 d

Bm3

12.8

MHz

0.1

µA4-

wire

SPI

$5.2

012

/Mod

ule

rfP

iC™

tra

nsm

itter

s +

PiC

® M

CU

s

Prod

uct

i/o

Pin

sFr

eque

ncy

ran

ge (M

Hz)

Prog

ram

M

emor

y (b

ytes

)ee

Pro

M

(byt

es)

rAM

(b

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ures

bus

inte

rfac

e (b

its)

indu

stria

l tem

p. o

ptio

n

(−40

to 8

5°C)

Pin

Pack

ages

LAN9

420

33 M

Hz, P

CI 3

.0-c

ompl

iant

inte

rface

32LA

N942

0i12

8VT

QFP

etH

ern

et:

loca

l bus

eth

erne

t Con

trol

lers

1

0/1

00 E

ther

net

Con

trol

lers

Sup

port

ing

HP

Auto

-MD

IX

Prod

uct

Feat

ures

bUs

inte

rfac

e (b

its)

indu

stria

l tem

p. o

ptio

n

(−40

to 8

5°C)

Pin

Pack

ages

LAN9

221

Smal

l-foo

tprin

t, ad

vanc

ed p

erfo

rman

ce o

ptio

ns, s

uppo

rts a

wid

e ra

nge

of s

oftw

are

drive

rs, s

uppo

rts lo

cal b

us in

terfa

ce fr

om 1

.8V

to 3

.3V,

inte

grat

ed c

heck

sum

offl

oad

engi

ne16

LAN9

221i

56QF

N

LAN9

220

Smal

l-foo

tprin

t, ad

vanc

ed p

erfo

rman

ce o

ptio

ns, s

uppo

rts a

wid

e ra

nge

of s

oftw

are

drive

rs, s

uppo

rts lo

cal b

us in

terfa

ce fr

om 1

.8V

to 3

.3V,

inte

grat

ed c

heck

sum

offl

oad

engi

ne16

–56

QFN

LAN9

218

High

-thro

ughp

ut p

erfo

rman

ce o

ptio

ns32

LAN9

218i

100

TQFP

LAN9

217

Exte

rnal

MII,

hig

h-th

roug

hput

per

form

ance

opt

ions

16–

100

TQFP


etH

ern

et:

ethe

rnet

sw

itche

s 1

0/1

00 E

ther

net

Sw

itche

s

Prod

uct

Feat

ures

Port

sH

ost i

nter

face

indu

stria

l tem

p. o

ptio

n

(−40

to 8

5°C)

Pin

Pack

ages

LAN9

303

High

-per

form

ance

, sm

all-f

ootp

rint,

full-

feat

ured

3Si

ngle

MII/

RMII

LAN9

303i

56QF

N

LAN9

303M

High

-per

form

ance

, sm

all-f

ootp

rint,

full-

feat

ured

3Du

al M

II/RM

IILA

N930

3Mi

72QF

N

LAN9

311

Loca

l bus

, IEE

E 15

88 s

uppo

rt2

16-b

it lo

cal b

usLA

N931

1i12

8VT

QFP,

XVT

QFP

LAN9

312

Loca

l bus

, IEE

E 15

88 s

uppo

rt2

32-b

it lo

cal b

us–

128

VTQ

FP, X

VTQ

FP

LAN9

313

MII

inte

rface

, IEE

E 15

88 s

uppo

rt3

(1-p

ort M

II)Si

ngle

MII

LAN9

313i

128

VTQ

FP, X

VTQ

FP

etH

ern

et:

ethe

rnet

tra

nsce

iver

s 1

0/1

00 a

nd 1

0/1

00/1

00

0 T

rans

ceiv

ers

with

Sup

erio

r Pe

rfor

man

ce

Prod

uct

Feat

ures

indu

stria

l tem

p. o

ptio

n

(−40

to 8

5°C)

Hos

t int

erfa

cePi

nPa

ckag

es

LAN8

710A

Full-

feat

ured

, sm

all-f

ootp

rint,

varia

ble

I/O,

low

powe

r con

sum

ptio

nLA

N871

0Ai

MII/

RMII

32QF

N

LAN8

720A

Full-

feat

ured

, sm

all-f

ootp

rint,

varia

ble

I/O,

low

powe

r con

sum

ptio

nLA

N872

0Ai

RMII

24QF

N

LAN8

740A

Smal

l-foo

tprin

t, fu

ll-fe

atur

ed v

aria

ble

I/O

with

Ene

rgy

Effic

ient

Eth

erne

t, W

ake-

on-L

AN fo

r ove

rall

syst

em p

ower

redu

ctio

n, c

able

dia

gnos

tics

for e

ase

of n

etwo

rk in

stal

latio

n an

d m

aint

enan

ce (D

evic

es a

vaila

ble

for s

ampl

ing)

LAN8

740i

MII/

RMII

32SQ

FN

LAN8

741A

Smal

l-foo

tprin

t, fu

ll-fe

atur

ed v

aria

ble

I/O

with

Ene

rgy

Effic

ient

Eth

erne

t, W

ake-

on-L

AN fo

r ove

rall

syst

em p

ower

redu

ctio

n, c

able

dia

gnos

tics

for e

ase

of n

etwo

rk in

stal

latio

n an

d m

aint

enan

ce (D

evic

es a

vaila

ble

for s

ampl

ing)

LAN8

741i

MII/

RMII

32SQ

FN

LAN8

742A

Smal

l-foo

tprin

t, fu

ll-fe

atur

ed v

aria

ble

I/O

with

Ene

rgy

Effic

ient

Eth

erne

t, W

ake-

on-L

AN fo

r ove

rall

syst

em p

ower

redu

ctio

n, c

able

dia

gnos

tics

for e

ase

of n

etwo

rk in

stal

latio

n an

d m

aint

enan

ce (D

evic

es a

vaila

ble

for s

ampl

ing)

LAN8

742i

RMII

24SQ

FN

LAN8

810

Sing

le-c

hip

Ethe

rnet

phy

sica

l lay

er tr

ansc

eive

r (PH

Y), c

ompl

iant

with

IEEE

802

.3ab

(100

0BAS

E-T)

, IEE

E 80

2.3u

(Fas

t Eth

erne

t) an

d IS

O 80

2-3/

IEEE

802

.3 (1

0BAS

E-T)

LAN8

810i

GMII

72QF

N

LAN8

820

Sing

le-c

hip

Ethe

rnet

phy

sica

l lay

er tr

anse

iver (

PHY)

, com

plia

nt w

ith IE

EE 8

02.3

ab (1

000B

ASE-

T), I

EEE

802.

3u (F

ast E

ther

net)

and

ISO

802-

3/IE

EE 8

02.3

(10B

ASE-

T) (D

evic

es a

vaila

ble

for s

ampl

ing)

LAN8

820i

RGM

II56

QFN

net

Wo

rK

inG

: A

rCn

et C

ontr

olle

rs

Con

trol

lers

Fea

turin

g D

eter

min

istic

Thr

ough

put

and

an O

pera

ting

Tem

pera

ture

Wel

l-Sui

ted

for

Indu

stria

l and

Em

bedd

ed N

etw

orki

ng E

nviro

nmen

ts

Prod

uct

Feat

ures

spee

dPi

nPa

ckag

es

COM

2001

9iCo

ntro

ller w

ith o

pera

ting

tem

pera

ture

rang

e of

−40

° to

85°

C31

2.5

Kbps

28/4

8PL

CC/T

QFP

COM

2002

0iCo

ntro

ller w

ith o

pera

ting

tem

pera

ture

rang

e of

−40

° to

85°

C5

Mbp

s28

/48

PLCC

/TQF

P

COM

2002

2iCo

ntro

ller w

ith o

pera

ting

tem

pera

ture

rang

e of

−40

° to

85°

C10

Mbp

s48

TQFP

TMC2

005

5-po

rt hu

b15

6.25

K–10

Mbp

s64

TQFP

HYC9

088A

R-L

FHi

gh-im

peda

nce

trans

ceive

r2.

5 M

bps

20SI

P

HYC2

000

High

-impe

danc

e tra

nsce

iver

156.

25–6

25 K

bps

8SI

P

HYC5

000

High

-impe

danc

e tra

nsce

iver

2.5M

–10

Mbp

s8

SIP

net

Wo

rK

inG

: Circl

ink®

Con

trol

lers

D

eriv

ativ

e of

AR

CN

ET, W

ell-S

uite

d fo

r In

dust

rial &

Com

mer

cial

Mac

hine

ry

Prod

uct

Feat

ures

spee

dPi

nPa

ckag

es

TMC2

074

Perip

hera

l and

sta

ndal

one

5 M

bps

128

VTQF

P

TMC2

072

Perip

hera

l5

Mbp

s10

0TQ

FP

TMC2

084

Stan

dalo

ne5

Mbp

s48

TQFP

AU

toM

oti

Ve:

Mo

st®

(M

edia

orien

ted

sys

tem

s tr

ansp

ort)

net

wor

k in

ferf

ace

Con

trol

lers

In

telli

gent

Net

wor

k In

terf

ace

Con

trol

ler

(INIC

) fo

r M

OS

T N

etw

orks

Prod

uct

Feat

ures

inte

rfac

ete

mpe

ratu

re r

ange

Pin

Pack

ages

OS81

110

INIC

Fully

-enc

apsu

late

d, s

ingl

e-ch

ip, e

mbe

dded

net

work

man

agem

ent,

supp

orts

MOS

T em

bedd

ed E

ther

net

chan

nel a

nd is

ochr

onou

s ch

anne

ls (M

OST1

50)

MOS

T150

FOT

or M

OST1

50 c

oax

trans

ceive

r, I²C

™, I

²S™

/SPD

IF, T

SI, S

PI,

Med

iaLB

®−4

0° to

105

°C48

QFN

OS81

082

INIC

Fully

-enc

apsu

late

d, s

ingl

e-ch

ip, e

mbe

dded

net

work

man

agem

ent (

MOS

T50)

MOS

T50

elec

trica

l (UT

P), I

²C, I

²S, M

edia

LB−4

0° to

95°

C64

ETQF

P

OS81

092

INIC

ROM

ver

sion

of O

S810

82 IN

IC (M

OST5

0)M

OST5

0 el

ectri

cal (

UTP)

, I²C

, I²S

, Med

iaLB

−40°

to 1

05°C

48QF

N

OS81

050

INIC

Fully

-enc

apsu

late

d, s

ingl

e-ch

ip w

ith e

mbe

dded

net

work

man

agem

ent (

MOS

T25)

MOS

T25

FOT,

I²C, I

²S, M

edia

LBSt

anda

rd ra

nge:

−40

° to

85°

C

Exte

nded

rang

e: −

40°

to 1

05°C

44Q

FP, E

TQFP

OS81

060

INIC

ROM

ver

sion

of O

S810

50 IN

IC (M

OST2

5)M

OST2

5 FO

T, I²C

, I²S

, Med

iaLB

−40°

to 1

05°C

(tar

gete

d)40

QFN


AU

toM

oti

Ve:

Pow

er M

anag

emen

t Com

pani

on

For

Dia

gnos

tics,

Sta

us M

onito

ring

and

Pow

er S

uppl

y

Prod

uct

Feat

ures

inte

rfac

ete

mpe

ratu

re r

ange

Pin

Pack

ages

MPM

8500

0Po

wer m

anag

emen

t com

pani

on fo

r dia

gnos

tics,

sta

tus

mon

itorin

g an

d po

wer s

uppl

yLI

N 2.

0, I²

C™−4

0° to

105

°C24

QFN

AU

toM

oti

Ve:

Mul

timed

ia i/

o C

ompa

nion

M

ultim

edia

I/O

Por

t Ex

pand

er

Prod

uct

Feat

ures

inte

rfac

ete

mpe

ratu

re r

ange

Pin

Pack

ages

OS85

650

Low-

cost

mul

timed

ia I/

O po

rt ex

pand

er, D

TCP

co-p

roce

ssor

Med

iaLB

3-p

in a

nd 6

-pin

, Hos

t Bus

In

terfa

ce (H

BI),

2 ×

mul

ti-ch

anne

l st

ream

ing

ports

, 2 ×

TSI

, 2 ×

SPI

, I²C

™−4

0° to

105

°C12

8ET

QFP

OS85

652

Low-

cost

mul

timed

ia I/

O po

rt ex

pand

erM

edia

LB 3

-pin

and

6-p

in, H

ost B

us

Inte

rface

(HBI

), 2

× m

ulti-

chan

nel

stre

amin

g po

rts, 2

× T

SI, 2

× S

PI, I

²C−4

0° to

105

°C12

8ET

QFP

OS85

656

Low-

cost

mul

timed

ia I/

O po

rt ex

pand

er w

ell-s

uite

d fo

r stre

amin

g ap

plic

atio

nsM

edia

LB 3

-pin

, stre

amin

g po

rt I²S

™ (F

SYN,

FCL

K, 4

× IN

, 4 ×

Out

, @ 5

12 F

s ),

seria

l tra

nspo

rt st

ream

inte

rface

(TSI

), I²C

−40°

to 1

05°C

48QF

N

OS85

654

Low-

cost

mul

timed

ia I/

O po

rt ex

pand

er w

ell-s

uite

d fo

r stre

amin

g ap

plic

atio

ns, D

TCP

co-p

roce

ssor

Med

iaLB

3-p

in, s

tream

ing

port

I²S (F

SYN,

FCL

K, 4

× IN

, 4 ×

Out

, @ 5

12 F

s ),

seria

l tra

nspo

rt st

ream

inte

rface

(TSI

), I²C

−40°

to 1

05°C

48QF

N

AU

toM

oti

Ve:

ethe

rnet

Con

trol

lers

1

0/1

00 E

ther

net

Con

trol

lers

with

US

B 2

.0, H

SIC

or

HB

I

Prod

uct

Feat

ures

inte

rfac

ete

mpe

ratu

re r

ange

Pin

Pack

ages

LAN8

9218

High

-per

form

ance

, sin

gle-

chip

con

trolle

r with

HP

Auto

-MDI

X su

ppor

t*M

AC/P

HY, 1

0BAS

E-T/

100B

ASE-

TX, 3

2- a

nd 1

6-bi

t Hos

t Bus

Inte

rface

(HBI

)−4

0° to

85°

C10

0TQ

FP

LAN8

9530

Hi-S

peed

USB

2.0

to 1

0/10

0 Et

hern

et c

ontro

ller

USB

2.0

−40°

to 8

5°C

56QF

N

LAN8

9730

Hi-S

peed

HSI

C to

10/

100

Ethe

rnet

con

trolle

rHS

IC−4

0° to

85°

C56

QFN

*H

P Au

to M

DIX

elim

inat

es t

he n

eed

for

spec

ial "

cros

sove

r" c

able

s w

hen

conn

ectin

g LA

N d

evic

es t

oget

her.

AU

toM

oti

Ve:

ethe

rnet

sw

itch

10

/100 M

anag

ed E

ther

net

Sw

itch

with

HP

Auto

-MD

IX S

uppo

rt

Prod

uct

Feat

ures

inte

rfac

ete

mpe

ratu

re r

ange

Port

sPi

nPa

ckag

es

LAN8

9303

High

-per

form

ance

, sm

all-f

ootp

rint,

full-

feat

ured

, sin

gle

MII/

RMII/

Turb

o M

II su

ppor

tM

II/RM

II, 2

× 1

0/10

0 PH

YS, 3

× 1

0/10

0 M

ACs

−40°

to 8

5°C

456

QFN

AU

toM

oti

Ve:

ethe

rnet

tra

nsce

iver

10

/100 E

ther

net

Tran

scei

ver

with

HP

Auto

-MD

IX S

uppo

rt*, F

eatu

ring

flexP

WR

® Te

chno

logy

Prod

uct

Feat

ures

inte

rfac

ete

mpe

ratu

re r

ange

Pin

Pack

ages

LAN8

8730

Smal

l-foo

tprin

t, lo

w-po

wer c

onsu

mpt

ion,

full-

feat

ured

10BA

SE-T

/100

BASE

-TX,

MII/

RMII

LAN8

8730

AM: −

40°

to 8

5°C

LAN8

8730

BM: −

40°

to 1

05°C

32QF

N

*H

P Au

to M

DIX

elim

inat

es t

he n

eed

for

spec

ial "

cros

sove

r" c

able

s w

hen

conn

ectin

g LA

N d

evic

es t

oget

her.

AU

toM

oti

Ve:

Hi-s

peed

Usb

2.0

Hub

U

SB

2.0

Hub

Fea

turin

g M

ultiT

RAK

™ T

echn

olog

y

Prod

uct

Feat

ures

inte

rfac

ete

mpe

ratu

re r

ange

Port

sPi

nPa

ckag

es

USB8

2512

Vers

atile

, cos

t-effe

ctive

, ene

rgy-e

ffici

ent,

inco

rpor

atin

g M

ultiT

RAK™

, Por

tMap

, Por

tSwa

p, P

HYBo

ost t

echn

olog

ies

SMBu

s/I²C

™−4

0° to

85°

C2

36QF

N

USB8

2513

Vers

atile

, cos

t-effe

ctive

, ene

rgy-e

ffici

ent,

inco

rpor

atin

g M

ultiT

RAK,

Por

tMap

, Por

tSwa

p, P

HYBo

ost t

echn

olog

ies

SMBu

s/I²C

−40°

to 8

5°C

336

QFN

USB8

2514

Vers

atile

, cos

t-effe

ctive

, ene

rgy-e

ffici

ent,

inco

rpor

atin

g M

ultiT

RAK,

Por

tMap

, Por

tSwa

p, P

HYBo

ost t

echn

olog

ies

SMBu

s/I²C

−40°

to 8

5°C

436

QFN

AU

toM

oti

Ve:

Hi-s

peed

Usb

2.0

Hub

and

Fla

sh M

edia

Car

d Con

trol

lers

US

B 2

.0 H

ub a

nd C

ard

Con

trol

ler

Com

bos

Prod

uct

Feat

ures

sock

et

type

supp

orts

tem

pera

ture

r

ange

Usb

Port

sPi

nPa

ckag

es

USB8

2640

Feat

ures

Por

tMap

, Por

tSwa

p an

d PH

YBoo

st te

chno

logi

esSi

ngle

SD™

/SD

High

Cap

acity

™/M

ultiM

edia

Card

™/M

emor

y St

ick®

/MS

PRO™

, MS

PRO-

HG™

−40°

to 8

5°C

248

QFN

USB8

2642

USB

brid

ge/c

ard

read

er c

ombo

with

USB

to S

DIO

and

USB

to I²

C™ b

ridgi

ng fu

nctio

nalit

y an

d Po

rtMap

, Por

tSwa

p an

d PH

YBoo

st te

chno

logi

esSi

ngle

SD/S

D Hi

gh C

apac

ity/M

ultiM

edia

Card

/Mem

ory

Stic

k/M

S PR

O, M

S PR

O-HG

−40°

to 8

5°C

248

QFN

USB8

2662

USB

brid

ge/c

ard

read

er c

ombo

with

USB

to S

DIO

and

USB

to I²

C br

idgi

ng fu

nctio

nalit

y an

d Po

rtMap

, Por

tSwa

p an

d PH

YBoo

st te

chno

logi

esDu

alSD

/SD

High

Cap

acity

/Mul

tiMed

iaCa

rd/M

emor

y St

ick/

MS

PRO,

MS

PRO-

HG−4

0° to

105

°C2

64QF

N

AU

toM

oti

Ve:

Hi-s

peed

Usb

2.0

tra

nsce

iver

US

B 2

.0 T

rans

ceiv

er w

ith 1

.8V

ULP

I Int

erfa

ce

Prod

uct

Feat

ures

inte

rfac

ete

mpe

ratu

re r

ange

Port

sPi

nPa

ckag

es

USB8

3340

Mul

ti-fre

quen

cy re

fere

nce

cloc

k1.

8V U

LPI

−40°

to 1

05°C

132

QFN


AU

toM

oti

Ve:

Hi-s

peed

Usb

2.0

bat

tery

Cha

rger

Sta

ndal

one

US

B B

atte

ry C

harg

er

Prod

uct

Feat

ures

tem

pera

ture

ran

gesu

ppor

tsPi

nPa

ckag

es

UCS8

1001

USB

batte

ry c

harg

er s

uppo

rting

BC1

.2, C

hina

cha

rgin

g, A

pple

® a

nd R

IM®

cha

rgin

g pr

ofile

s as

wel

l as

prog

ram

mab

le c

harg

ing

profi

les

for u

nfor

esee

n pe

riphe

rals

−40°

to 8

5°C

USB,

I2 C™

, SM

Bus

28QF

N

UCS8

1002

USB

batte

ry c

harg

er s

uppo

rting

BC1

.2, C

hina

cha

rgin

g, A

pple

and

RIM

cha

rgin

g pr

ofile

s as

wel

l as

prog

ram

mab

le c

harg

ing

profi

les

for u

nfor

esee

n pe

riphe

rals

−40°

to 8

5°C

USB,

I2 C, S

MBu

s28

QFN

AU

toM

oti

Ve:

Wirel

ess

Aud

ioR

adio

Req

uenc

y D

igita

l Aud

io T

rans

ceiv

er

Prod

uct

Feat

ures

typi

cal s

ink

Mod

e Po

wer

Co

nsum

ptio

nPA

out

put P

ower

Audi

oQ

ualifi

catio

n

KLR8

3012

Wire

less

ly st

ream

s un

com

pres

sed

loss

less

aud

io u

p to

25m

ove

r rob

ust 2

.4 G

Hz ra

dio

link,

mul

ti-po

int t

o m

ulti-

poin

t con

nect

ivity

, stro

ng W

i-Fi®

coe

xiste

nce,

dat

a ch

anne

l fo

r aud

io p

layb

ack

cont

rol,

very

low

powe

r con

sum

ptio

n20

mW

1.5

dBm

16 b

it, 4

4.1

Ks/s

ste

reo

AEC

Q100

AU

toM

oti

Ve:

Cap

aciti

ve t

ouch

sen

sors

Prod

uct

Feat

ures

inpu

t Cha

nnel

sle

D D

river

sPr

oxim

ity in

clud

edin

terf

ace

Pin

Pack

ages

CAP8

1188

Rese

t, wa

ke a

nd a

lert,

aut

omat

ic re

calib

ratio

n, b

ase

capa

cita

nce

com

pens

atio

n8

8ü

I2 C™

/SPI

/SM

SC B

C-Li

nk™

24QF

N

PC s

Yste

M &

i/o

Co

ntr

oll

ers:

not

eboo

k P

C P

rodu

cts

Embe

dded

Con

trol

ler

and

I/O

Dev

ices

for

Not

eboo

k PC

Pla

tfor

ms

Prod

uct

Feat

ures

i/o

Por

tssy

stem

inte

rfac

ePi

nPa

ckag

es

MEC

1621

32-b

it em

bedd

ed c

ontro

ller w

ith 1

92K

byte

s em

bedd

ed fl

ash,

1K

byte

s EE

PROM

, 16K

byt

es S

RAM

, ADC

, te

mp

sens

ing,

con

nect

ed s

tand

by s

uppo

rt3

PS/2

, 3 S

MBu

s, 2

SPI

, 16

PWM

, 6 ta

chs,

1 s

eria

l (2-

pin)

, 16

ADC

chan

nels

, 4

tem

p in

puts

, 3 L

ED, 1

HDM

I-CEC

, 146

GPI

Os, 3

SM

SC B

C-Li

nk™

LPC/

SMBu

s17

6/22

5LF

BGA,

LFB

GA

MEC

1620

32-b

it em

bedd

ed c

ontro

ller w

ith 1

92K

byte

s em

bedd

ed fl

ash,

1K

byte

s EE

PROM

, 16K

byt

es S

RAM

, ADC

, co

nnec

ted

stan

dby

supp

ort

3 PS

/2, 3

SM

Bus,

2 S

PI, 1

6 PW

M, 6

tach

s, 1

ser

ial (

2-pi

n), 1

6 AD

C ch

anne

ls, 3

LED

, 1

HDM

I-CEC

, 153

GPI

Os, 3

SM

SC B

C-Li

nkLP

C/SM

Bus

176

LFBG

A, L

FBG

A

MEC

1308

8-bi

t em

bedd

ed c

ontro

ller w

ith 6

4K b

ytes

SRA

M, S

PI F

lash

Mem

ory

Inte

rface

, ADC

, Con

sum

er IR

, SM

SC B

C-Li

nk te

chno

logy

4 PS

/2, 2

SM

Bus,

4 P

WM

s, 2

tach

s, 1

ser

ial (

2-pi

n), 5

5 GP

IOs,

RC-

6 CI

R, 1

SM

SC B

C-Li

nkLP

C/SM

Bus

128/

144

VTQ

FP, T

FBG

A

MEC

1312

8-bi

t em

bedd

ed c

ontro

ller w

ith 9

6K b

ytes

SRA

M, S

PI F

lash

Mem

ory

Inte

rface

, PEC

I, AD

C, P

ID F

an C

ontro

l, SM

SC B

C-Li

nk te

chno

logy

4 PS

/2, 3

SM

Bus,

PEC

I, 4

PWM

s, 2

tach

s, 1

ser

ial (

2-pi

n), 6

3 GP

IOs,

1 S

MSC

BC-

Link

LPC/

SMBu

s12

8VT

QFP

SIO1

028

Supe

r I/O

con

trolle

r, sm

all f

orm

fact

or p

acka

ge3

seria

l, 24

GPI

OsLP

C64

QFN

LPC4

7N21

7Su

per I

/O c

ontro

ller f

or n

oteb

ook

and

embe

dded

PC

appl

icat

ions

1 se

rial,

1 pa

ralle

l, 14

GPI

Os, I

rDA®

, CIR

LPC

64/5

6ST

QFP

LPC4

7N21

7NSu

per I

/O c

ontro

ller f

or n

oteb

ook

and

embe

dded

PC

appl

icat

ions

1 se

rial,

1 pa

ralle

l, 14

GPI

OsLP

C64

/56

STQ

FP, Q

FN

ECE1

088

GPIO

exp

ande

r with

SM

SC B

C-Li

nk te

chno

logy

20 G

PIOs

SMBu

s or

SM

SC B

C-Li

nk28

QFN

ECE1

099

GPIO

exp

ande

r with

Key

scan

and

SM

SC B

C-Li

nk te

chno

logy

32 G

PIOs

, 23:

8 Ke

ysca

nSM

Bus

or S

MSC

BC-

Link

40QF

N

ECE1

105

GPIO

exp

ande

r with

Key

scan

, PS/

2 an

d SM

SC B

C-Li

nk te

chno

logy

40 G

PIOs

, 23:

8 Ke

ysca

n, 2

PS/

2SM

Bus

or S

MSC

BC-

Link

48QF

N

PC s

Yste

M &

i/o

Co

ntr

oll

ers:

Des

ktop

PC P

rodu

cts

Embe

dded

Con

trol

ler

and

Hig

hly-

Inte

grat

ed S

uper

I/O

Dev

ices

for

Des

ktop

PC

Pla

tfor

ms

Prod

uct

Feat

ures

i/o

Por

tssy

stem

inte

rfac

ePi

nPa

ckag

es

SCH5

636

Desk

top

embe

dded

con

trolle

r, em

bedd

ed S

RAM

for c

usto

m a

pplic

atio

ns, c

lose

d-lo

op fa

n co

ntro

l, PE

CI 3

.0 s

uppo

rt,

tem

pera

ture

and

vol

tage

mon

itorin

gFD

C, p

aral

lel,

2 se

rial,

8042

KB

cont

rolle

r, 2

SMBu

s, 4

PW

Ms,

4 ta

chs,

60

GPIO

sLP

C12

8QF

P

SCH5

627

Desk

top

embe

dded

con

trolle

r, SM

Bus

mas

ter f

or P

CH te

mpe

ratu

re s

uppo

rt, P

ECI 3

.0 s

uppo

rt, v

olta

ge m

onito

ring

FDC,

par

alle

l, 2

seria

l, 80

42 K

B co

ntro

ller,

2 SM

Bus,

4 P

WM

s, 4

tach

s, 6

0 GP

IOs

LPC

128

QFP

SCH5

627P

Desk

top

embe

dded

con

trolle

r with

“XL

S5”

powe

r sav

ings

mod

e, S

MBu

s m

aste

r for

PCH

tem

pera

ture

sup

port,

PE

CI 3

.0 s

uppo

rt an

d vo

ltage

mon

itorin

gFD

C, p

aral

lel,

2 se

rial,

8042

KB

cont

rolle

r, 2

SMBu

s, 4

PW

Ms,

4 ta

chs,

60

GPIO

sLP

C12

8QF

P

SCH5

147

Supe

r I/O

con

trolle

r, LP

C ha

rdwa

re m

onito

ring,

PEC

I sup

port,

vol

tage

mon

itorin

gFD

C, p

aral

lel,

2 se

rial,

8042

KB

cont

rolle

r, 2

SMBu

s, 3

PW

Ms,

3 ta

chs,

29

GPIO

sLP

C12

8QF

P

PC s

Yste

M &

i/o

Co

ntr

oll

ers:

ser

ver/

Wor

ksta

tion

Pro

duct

sEm

bedd

ed C

ontr

olle

r an

d S

uper

I/O

Dev

ices

for

Ser

ver

and

Wor

ksta

tion

PC P

latf

orm

s

Prod

uct

Feat

ures

i/o

Por

tssy

stem

inte

rfac

ePi

nPa

ckag

es

SCH4

304

Supe

r I/O

con

trolle

r, X-

Bus

inte

rface

, RTC

and

aut

o fa

n co

ntro

l ove

r Sen

sorB

us™

sen

sor i

nter

face

FDC,

par

alle

l, 2

seria

l, 80

42 K

B co

ntro

ller,

SMBu

s, 3

PW

Ms,

8 ta

chs,

51

GPIO

sLP

C12

8QF

P

PC s

Yste

M &

i/o

Co

ntr

oll

ers:

embe

dded

i/o

Pro

duct

sH

ighl

y-In

tegr

ated

Sup

er i/

O D

evic

es w

ith L

ong

Prod

uct

Life

cycl

es f

or E

mbe

dded

PC

Pla

tfor

ms

Prod

uct

Feat

ures

i/o

Por

tssy

stem

inte

rfac

ePi

nPa

ckag

es

SCH3

112

Supe

r I/O

con

trolle

r with

SM

Bus

hard

ware

and

vol

tage

mon

itorin

g2

seria

l, pa

ralle

l, FD

C, 8

042

KB c

ontro

ller,

40 G

PIOs

LPC

128

VTQF

P

SCH3

114

Supe

r I/O

con

trolle

r with

SM

Bus

hard

ware

and

vol

tage

mon

itorin

g4

seria

l, pa

ralle

l, FD

C, 8

042

KB c

ontro

ller,

40 G

PIOs

LPC

128

VTQF

P

SCH3

116

Supe

r I/O

con

trolle

r with

SM

Bus

hard

ware

and

vol

tage

mon

itorin

g6

seria

l, pa

ralle

l, FD

C, 8

042

KB c

ontro

ller,

40 G

PIOs

LPC

128

VTQF

P

LPC4

7M10

XSu

per I

/O c

ontro

ller,

full

lega

cy I/

O su

ppor

t2

seria

l por

ts, p

aral

lel,

8042

KB

cont

rolle

r, FD

C, 3

7 GP

IOs

LPC

100

QFP

SIO1

ON26

8Su

per I

/O c

ontro

ller f

or IS

A or

LPC

des

igns

, X-B

us in

terfa

ce fo

r I/O

mem

ory

and

FWH

emul

atio

n4

seria

l por

ts, p

aral

lel,

FDC,

WDT

, 33

GPIO

sLP

C/IS

A12

8VT

QFP

FDC3

7B78

XSu

per I

/O c

ontro

ller,

real

-tim

e cl

ock,

con

sum

er IR

, wat

chdo

g tim

er, 5

V op

erat

ion

2 se

rial p

orts

, par

alle

l, FD

C, 8

042

KB c

ontro

ller,

para

llel I

RQs,

ser

ial I

RQs,

20

GPIO

sIS

A12

8QF

P


CA

PACit

iVe

toU

CH

sen

so

rs

Prod

uct

inpu

t Cha

nnel

sle

D D

river

sAd

ditio

nal F

eatu

res

Prox

imity

incl

uded

inte

rfac

ePi

nPa

ckag

es

CAP1

114

1411

Slid

er, r

eset

and

ale

rt, a

utom

atic

reca

libra

tion,

bas

e ca

paci

tanc

e co

mpe

nsat

ion

üI²C

™/S

MBu

s32

QFN

CAP1

188

88

Rese

t, wa

ke a

nd a

lert,

aut

omat

ic re

calib

ratio

n, b

ase

capa

cita

nce

com

pens

atio

nü

I²C/S

PI/S

MSC

BC-

Link

™24

QFN

CAP1

128

82

Rese

t, wa

ke a

nd a

lert,

aut

omat

ic re

calib

ratio

n, b

ase

capa

cita

nce

com

pens

atio

nü

I²C/S

PI/S

MSC

BC-

Link

20QF

N

CAP1

166

66

Rese

t, wa

ke a

nd a

lert,

aut

omat

ic re

calib

ratio

n, b

ase

capa

cita

nce

com

pens

atio

nü

I²C/S

PI/S

MSC

BC-

Link

20QF

N

CAP1

126

62

Rese

t, wa

ke a

nd a

lert,

aut

omat

ic re

calib

ratio

n, b

ase

capa

cita

nce

com

pens

atio

nü

I²C/S

PI/S

MSC

BC-

Link

16QF

N

CAP1

133

33

Aler

t, au

tom

atic

reca

libra

tion,

bas

e ca

paci

tanc

e co

mpe

nsat

ion

üI²C

/SM

Bus

10DF

N

CAP1

106

60

Aler

t, au

tom

atic

reca

libra

tion,

bas

e ca

paci

tanc

e co

mpe

nsat

ion

üI²C

/SM

SC B

C-Li

nk10

DFN

CAP1

105

50

Auto

mat

ic re

calib

ratio

n, b

ase

capa

cita

nce

com

pens

atio

nü

SPI

10DF

N

CAP1

214

1411

Slid

er, r

eset

and

ale

rt, a

utom

atic

reca

libra

tion,

bas

e ca

paci

tanc

e co

mpe

nsat

ion,

aud

io o

utpu

tü

I²C/S

MBu

s32

QFN

Wir

eles

s A

UD

io:

Hig

hly

inte

grat

ed W

irel

ess

Aud

io b

aseb

and

Pro

cess

ors

Prod

uct

Addi

tiona

l Fea

ture

sFr

eque

ncy

inte

rfac

ePi

nPa

ckag

es

DARR

82Su

ppor

ts s

tream

ing

of fo

ur w

irele

ss u

ncom

pres

sed

ster

eo a

udio

cha

nnel

s si

mut

aneo

usly

or c

ompl

ete

wire

less

7.1

cha

nnel

sur

roun

d so

und

syst

em, l

aten

cy <

20

ms,

poi

nt-to

-mul

ti-po

int t

rans

mis

sion

in

hom

e au

dio

netw

orki

ng, S

D &

HD a

udio

, exc

elle

nt W

i-Fi®

and

Blu

etoo

th®

coe

xiste

nce,

bi-d

irect

iona

l aud

io s

uppo

rt, c

ontro

l dat

a ch

anne

l up

to 1

00kb

ps, i

nteg

rate

d M

CU a

nd S

RCDu

al-b

and

2.4/

5.8G

HzI²S

, S/P

DIF,

I²C™

, SPI

80LQ

FP

DARR

83Su

ppor

ts s

tream

ing

of fo

ur w

irele

ss u

ncom

pres

sed

ster

eo a

udio

cha

nnel

s si

mut

aneo

usly

or c

ompl

ete

wire

less

7.1

cha

nnel

sur

roun

d so

und

syst

em, l

aten

cy <

20

ms,

poi

nt-to

-mul

ti-po

int t

rans

mis

sion

in

hom

e au

dio

netw

orki

ng, S

D &

HD a

udio

, exc

elle

nt W

i-Fi a

nd B

luet

ooth

coe

xiste

nce,

bi-d

irect

iona

l aud

io s

uppo

rt, c

ontro

l dat

a ch

anne

l up

to 1

00kb

ps, i

nteg

rate

d M

CU a

nd S

RC, i

nteg

rate

d au

dio

clas

s US

BTr

i-ban

d 2.

4/5.

2/5.

8GHz

I²S, S

/PDI

F, I²C

, SPI

, USB

2.0

129

FBGA

DARR

84Su

ppor

ts s

tream

ing

of tw

o wi

rele

ss u

ncom

pres

sed

ster

eo a

udio

cha

nnel

s si

mul

tane

ousl

y, s

uppo

rts a

mic

roph

one

inpu

t for

voi

ce a

pplic

atio

ns, l

aten

cy <

20

ms,

poi

nt-to

-mul

ti-po

int t

rans

mis

sion

, SD

& HD

aud

io, e

xcel

lent

Wi-F

i and

Blu

etoo

th c

oexis

tenc

e us

ing

Wire

less

DNA

TM te

chno

logy

, con

trol d

ata

chan

nel u

p to

100

kbp

s, in

tegr

ated

MCU

and

SRC

, int

egra

ted

code

c an

d he

adph

one

ampl

ifier

for

head

set a

pplic

atio

nsTr

i-ban

d 2.

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Die

/Waf

er(W

LCS

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5-le

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C70

(LT)

3-le

ad S

OT-

23

(TT/

CB

)

5-le

ad S

OT-

23

(OT)

6-le

ad S

OT-

23

(OT/

CH

)

3-le

ad S

C70

(LB

)

3-S

OT-

223

(DB

)

4-le

ad S

OT-

143

(RC

)

3-le

ad T

O-9

2 (T

O/Z

B)

3-le

ad D

DPA

K (E

B)

5-le

ad D

DPA

K (E

T)

3-le

ad S

OT-

89

5-le

ad T

O-2

20 (A

T)

Bum

ped

Die

(W

LCS

P)

8-le

ad T

DFN

(MN

)2

× 3

× 0.

75 m

m

8-le

ad U

DFN

(MU

)2

× 3

× 0.

5 m

m20

-lead

QFN

(MQ

)5

× 5

× 0.

9 m

m

20-le

ad Q

FN (M

L)4

× 4

× 0.

9 m

m

16-le

ad Q

FN (M

G)

3 ×

3 ×

0.9

mm

44-le

ad Q

FN (M

L)8

× 8

× 0.

9 m

m

64-le

ad Q

FN (M

R)

9 ×

9 ×

0.9

mm

28-le

ad U

QFN

(MV)

4 ×

4 ×

0.5

mm

40-le

ad U

QFN

(MV)

5 ×

5 ×

0.5

mm

28-le

ad Q

FN (M

M &

ML)

6 ×

6 ×

0.9

mm

28-le

ad Q

FN (M

Q)

5 ×

5 ×

0.9

mm

Prod

uct

Pack

ages

Very

Thi

n Th

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eadl

ess

arr

ayVT

La

36-le

ad V

TLA

(TL)

5 ×

5 ×

0.9

mm

44-le

ad V

TLA

(TL)

6 ×

6 ×

0.9

mm

124-

lead

VTL

A (T

L)9

× 9

× 0.

9 m

m


Plas

tic

Qua

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QfP

Plas

tic

Thin

Qua

d fl

atpa

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fP

64-le

ad T

QFP

(PF)

14 ×

14

× 1

mm

80-le

ad T

QFP

(PT)

12 ×

12

× 1

mm

44-le

ad T

QFP

(PT)

10 ×

10

× 1

mm

64-le

ad T

QFP

(PT)

10 ×

10

× 1

mm

100-

lead

TQ

FP (P

T)12

× 1

2 ×

1 m

m

80-le

ad T

QFP

(PF)

14 ×

14

× 1

mm

100-

lead

TQ

FP (P

F)14

× 1

4 ×

1 m

m

8-le

ad P

DIP

(P)

18-le

ad P

DIP

(P)

28-le

ad S

PDIP

(SP)

40-le

ad P

DIP

(P)

20-le

ad P

DIP

(P)

14-le

ad P

DIP

(P)

24-le

ad P

DIP

(P)

Plas

tic

dua

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Line

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100-

ball

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A (B

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10

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1 m

m

Bal

l Grid

arr

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Ga

8-le

ad W

SO

N (A

6/Q

AE)

5 ×

6 m

m

32-le

ad P

DIP

(P2/

PHE)

600

mil

48-le

ad T

SO

P (W

9/EK

E)12

× 2

0 ×

1.2

mm

48-le

ad W

FBG

A (3

T/M

AQE)

4 ×

6 ×

0.73

mm

40-le

ad T

SO

P (W

8/EI

E)10

× 2

0 m

m

32-le

ad P

LCC

(PE/

NH

E)0.

452"

× 0

.552

"

48-le

ad T

FBG

A (8

T/B

3KE)

6 ×

8 ×

1.2

mm

no

r f

lash

mem

ory

16-le

ad L

FLG

A (M

F/M

LCF)

4 ×

4 ×

1.4

mm

8-le

ad X

SO

N (Q

7/Q

X8E)

2 ×

2 ×

0.5

mm

6-le

ad X

SO

N (Q

X/Q

X6E)

1.5

× 1.

5 ×

0.5

mm

44-le

ad P

LCC

(T2/

NJE

)0.

652"

× 0

.652

"

6-le

ad U

QFN

(QU

/QU

6E)

3 ×

1.6

× 0.

5 m

m

8051

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edm

icro

cont

rolle

rs

rf

dev

ices

121-

ball

BG

A (B

G)

10 ×

10

× 0.

8 m

m

144-

lead

TQ

FP (P

H)

16 ×

16

× 1

mm

32-le

ad L

QFP

(LQ

)7

× 7

× 1.

4 m

m

44-le

ad M

QFP

(PQ

)10

× 1

0 ×

2 m

m

144-

lead

LQ

FP (P

L)20

× 2

0 ×

1.4

mm

Prod

uct

Pack

ages

Pack

ages

are

sho

wn

appr

oxim

ate

size

.Ad

ditio

nal p

acka

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are

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labl

e: c

onta

ct y

our

loca

l Mic

roch

ip s

ales

offi

ce fo

r in

form

atio

n.Fo

r de

taile

d di

men

sion

s, v

iew

our

Pac

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Dra

win

g an

d D

imen

sion

s S

peci

fi cat

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at: w

ww.

mic

roch

ip.c

om/p

acka

ging

.

Microchip Technology Inc.2355 W. Chandler Blvd.

Chandler, AZ 85224-6199

www.microchip.com

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11/27/12

SupportMicrochip is committed to supporting its customers in developing products faster and more efficiently. We maintain a worldwide network of field applications engineers and technical support ready to provide product and system assistance. In addition, the following service areas are available at www.microchip.com:

Support link provides a way to get questions answered fast: http://support.microchip.com

Sample link offers evaluation samples of any Microchip device: http://sample.microchip.com

Forum link provides access to knowledge base and peer help: http://forum.microchip.com

Buy link provides locations of Microchip Sales ChannelPartners: www.microchip.com/sales

TrainingIf additional training interests you, then Microchip can help. We continue to expand our technical training options, offering a growing list of courses and in-depth curriculum locally, as well as significant online resources – whenever you want to use them.

Technical Training Centers: www.microchip.com/training MASTERs Conferences: www.microchip.com/masters Worldwide Seminars: www.microchip.com/seminars eLearning: www.microchip.com/webseminars Resources from our Distribution and Third Party Partners

www.microchip.com/training

Information subject to change. The Microchip name and logo, the Microchip logo, dsPIC, MPLAB and PIC are registered trademarks and PICDEM, PICtail and mTouch are trademarks of Microchip Technology Incorporated in the U.S.A. and other countries. All other trademarks mentioned herein are property of their respective companies. © 2013, Microchip Technology Incorporated. All Rights Reserved. Printed in the U.S.A. 2/13 DS01308J

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