power management ics - fujitsu · the public, and could lead directly to death, personal injury,...
TRANSCRIPT
©1998-2012 FUJITSU SEMICONDUCTOR LIMITED Printed in JapanAD04-00006-18E March 2012Edited: Sales Promotion Department
For further information please contact:
North and South AmericaFUJITSU SEMICONDUCTOR AMERICA, INC.1250 E. Arques Avenue, M/S 333Sunnyvale, CA 94085-5401, U.S.A.Tel: +1-408-737-5600 Fax: +1-408-737-5999http://us.fujitsu.com/micro/
EuropeFUJITSU SEMICONDUCTOR EUROPE GmbHPittlerstrasse 47, 63225 Langen, GermanyTel: +49-6103-690-0 Fax: +49-6103-690-122http://emea.fujitsu.com/semiconductor/
KoreaFUJITSU SEMICONDUCTOR KOREA LTD.902 Kosmo Tower Building, 1002 Daechi-Dong,Gangnam-Gu, Seoul 135-280, Republic of KoreaTel: +82-2-3484-7100 Fax: +82-2-3484-7111http://kr.fujitsu.com/fsk/
Asia PacificFUJITSU SEMICONDUCTOR ASIA PTE. LTD.151 Lorong Chuan, #05-08 New Tech Park 556741 SingaporeTel : +65-6281-0770 Fax : +65-6281-0220http://sg.fujitsu.com/semiconductor/
FUJITSU SEMICONDUCTOR SHANGHAI CO., LTD.30F, Kerry Parkside, 1155 Fang Dian Road, Pudong District, Shanghai 201204, ChinaTel : +86-21-6146-3688 Fax : +86-21-6146-3660http://cn.fujitsu.com/fss/
FUJITSU SEMICONDUCTOR PACIFIC ASIA LTD.10/F., World Commerce Centre, 11 Canton Road,Tsimshatsui, Kowloon, Hong KongTel : +852-2377-0226 Fax : +852-2376-3269http://cn.fujitsu.com/fsp/
Specifications are subject to change without notice. For further information please contact each office.
All Rights Reserved.The contents of this document are subject to change without notice.Customers are advised to consult with sales representatives before ordering.The information, such as descriptions of function and application circuit examples, in this document are presented solely for the purpose of reference to show examples of operations and uses of FUJITSU SEMICONDUCTOR device; FUJITSU SEMICONDUCTOR does not warrant proper operation of the device with respect to use based on such information. When you develop equipment incorporating the device based on such information, you must assume any responsibility arising out of such use of the information.FUJITSU SEMICONDUCTOR assumes no liability for any damages whatsoever arising out of the use of the information.Any information in this document, including descriptions of function and schematic diagrams, shall not be construed as license of the use or exercise of any intellectual property right, such as patent right or copyright, or any other right of FUJITSU SEMICONDUCTOR or any third party or does FUJITSU SEMICONDUCTOR warrant non-infringement of any third-party's intellectual property right or other right by using such information. FUJITSU SEMICONDUCTOR assumes no liability for any infringement of the intellectual property rights or other rights of third parties which would result from the use of information contained herein.The products described in this document are designed, developed and manufactured as contemplated for general use, including without limitation, ordinary industrial use, general office use, personal use, and household use, but are not designed, developed and manufactured as contemplated (1) for use accompanying fatal risks or dangers that, unless extremely high safety is secured, could have a serious effect to the public, and could lead directly to death, personal injury, severe physical damage or other loss (i.e., nuclear reaction control in nuclear facility, aircraft flight control, air traffic control, mass transport control, medical life support system, missile launch control in weapon system), or (2) for use requiring extremely high reliability (i.e., submersible repeater and artificial satellite).Please note that FUJITSU SEMICONDUCTOR will not be liable against you and/or any third party for any claims or damages arising in connection with above-mentioned uses of the products.Any semiconductor devices have an inherent chance of failure. You must protect against injury, damage or loss from such failures by incorporating safety design measures into your facility and equipment such as redundancy, fire protection, and prevention of overcurrent levels and other abnormal operating conditions.Exportation/release of any products described in this document may require necessary procedures in accordance with the regulations of the Foreign Exchange and Foreign Trade Control Law of Japan and/or US export control laws.The company names and brand names herein are the trademarks or registered trademarks of their respective owners.
FUJITSU SEMICONDUCTOR LIMITEDNomura Fudosan Shin-yokohama Bldg. 10-23, Shin-yokohama 2-Chome,Kohoku-ku Yokohama Kanagawa 222-0033, JapanTel: +81-45-415-5858http://jp.fujitsu.com/fsl/en/
FUJITSU SEMICONDUCTOR LIMITED
Power Management ICs
FUJITSU Power Management IC1 FUJITSU Power Management IC 2
Saving Power-High efficiencySaving Power
-High efficiency
Miniaturize-Small packaging-Reduce external
components
Miniaturize-Small packaging-Reduce external
components
Control topology-Ultra fast transient
response-Low voltage output
Control topology-Ultra fast transient
response-Low voltage output
Eco* device solutionEco* device solution
*Eco; An onomatopoeic word between Ecology and Economy.*Eco; An onomatopoeic word between Ecology and Economy.
Digital Network built on personal computer and digital home appliances are growing rapidly in recent years. Multi-function electrical appliances are increasingly available making it more convenient for family and society.On the other hand, increasing use of various types of electrical equipment will result in higher energy consumption. Global warming and environmental concern need to be addressed especially when usage is expected to spread widely.
Hence, integrating more features into the products while maintaining high energy efficiency and environmental friendliness have become more important for product development.
Fujitsu Semiconductor strives to contribute to green environment by developing power management ICs focusing on attributes like; high power efficiency for saving power, miniaturize packaging, reduce external components, and effective control technique for fast transient response and lower output voltage.
Digital Network built on personal computer and digital home appliances are growing rapidly in recent years. Multi-function electrical appliances are increasingly available making it more convenient for family and society.On the other hand, increasing use of various types of electrical equipment will result in higher energy consumption. Global warming and environmental concern need to be addressed especially when usage is expected to spread widely.
Hence, integrating more features into the products while maintaining high energy efficiency and environmental friendliness have become more important for product development.
Fujitsu Semiconductor strives to contribute to green environment by developing power management ICs focusing on attributes like; high power efficiency for saving power, miniaturize packaging, reduce external components, and effective control technique for fast transient response and lower output voltage.
Digital Network built on personal computer and digital home appliances are growing rapidly in recent years. Multi-function electrical appliances are increasingly available making it more convenient for family and society.On the other hand, increasing use of various types of electrical equipment will result in higher energy consumption. Global warming and environmental concern need to be addressed especially when usage is expected to spread widely.
Hence, integrating more features into the products while maintaining high energy efficiency and environmental friendliness have become more important for product development.
Fujitsu Semiconductor strives to contribute to green environment by developing power management ICs focusing on attributes like; high power efficiency for saving power, miniaturize packaging, reduce external components, and effective control technique for fast transient response and lower output voltage.
Digital Network built on personal computer and digital home appliances are growing rapidly in recent years. Multi-function electrical appliances are increasingly available making it more convenient for family and society.On the other hand, increasing use of various types of electrical equipment will result in higher energy consumption. Global warming and environmental concern need to be addressed especially when usage is expected to spread widely.
Hence, integrating more features into the products while maintaining high energy efficiency and environmental friendliness have become more important for product development.
Fujitsu Semiconductor strives to contribute to green environment by developing power management ICs focusing on attributes like; high power efficiency for saving power, miniaturize packaging, reduce external components, and effective control technique for fast transient response and lower output voltage.
7 to 10
11 to 12
13 to 14
18
15
18
16
18
17
15
3 to 5
6
25
26
26
27 to 28
29 to 30
19 to 20
21 to 22
23 to 24
Noteworthy Non-linear Hysteresis Control MethodAs a DC/DC Converter Control Method
Power Management IC for Portable Devices1-Channel DC/DC Converter + 1-Channel Low-Noise LDO + POR
Power Management IC for Portable Instruments6MHz Synchronous Rectification Buck Boost DC/DC Converter IC
General-purpose DC/DC Converter
DC/DC Converter with Switching FET
DC/DC Converter with Switching FET + LDO
6MHz Buck-Boost DC/DC Converter with Switching FET
DC/DC Converter IC for System Power Supply
DC/DC Converter for LCD Panels
Charge Control
Power Voltage Monitoring Applications
Power Management Switches
AC/DC Converter
Lineup from Application
IC Lineup of DC/DC Converter
Lineup from Category
Product Analysis/Technical Analysis
Package
Evaluation Board
Search of Product and Document
Global Network
Table of Power Management ICs
ECO is in our SEMICONDUCTORsECO is in our SEMICONDUCTORs
FUJITSU Power Management IC3 FUJITSU Power Management IC 4
IP telephone power management ICIP telephone power management IC
Game machines power management ICGame machines power management IC
Printer power management ICPrinter power management IC
Application example
Application example
Application example
Application example
Application examplePortable device power management IC (GPS/PND/PMP)Portable device power management IC (GPS/PND/PMP)
Power overEthernet
Private IP telephone
Li-ion battery
1cell-Li-ion battery Charger
Switch
Boost
LCD panel
SolutionChip
Invert
Backlight driver
15V
26V
2.5V
1.2V
3.3V
5V13V-48V
12V
24V
5.0V
3.3V
1.2V
1.8V5.0V
3.3V
1.2V
-48V
Charger
-7.5V
3.3V
1.8V
PND: Personal Navigation Device, PMP: Portable Media Player
IEEE802.3af DC/DC
AC/DC
AC/DC
DC/DC
LED
Memory
Call control CPU
Audio CODEC DSP
LAN controller
DDR
White LED
System LSI
Flash memory
Head (Motor driver, etc.)
I/OCore
LSI
CPU
DDR2
LAN1394
ROM (Flash)
ASIC (image processing,compression, extension)
ASIC (CPU IF, DRAMC,BUSC, CPU perimeter, IF)
I/O power supplyCore power supply
Lineup from ApplicationProvided for different digital appliances from PC, cellular phones and other mobile terminals to digital TV, digital cameras and DVC, power management ICs of Fujitsu Semiconductor combine state-of-the-art semiconductor design and production technology, system technology and application technology, and have risen to prominence as core technology of digital appliances.Combining the above advanced technology, Fujitsu offers power management IC featuring high performance, advanced functions and user-friendliness.
MB39C022L
MB39C011A
MB39C011A
MB39A136
MB3800
MB39C015
MB39A136
1.2V1.8V
CMMBProcessor
LCD
PDM
SD/MMCBB
Memory
RF
PDM: Pulse Density Modulation
Application exampleNotebook computer power management ICNotebook computer power management IC
Mobile phone power management ICMobile phone power management IC
General-purpose DC/DC converter
For charging controlRecommended devices
Recommended devices
Recommended devicesRecommended devices
Power management switch
Monitoring of power supply voltage
- MB3800 - MB39A135 - MB39A136 - MB39A130A - MB39A214A - MB39A202A
- MB39A134 - MB39A132A
- MB3800 - MB39A104 - MB39C011A
- MB39A135 - MB39A136
- MB39A130A - MB39A135 - MB39A136
- MB39A214A - MB39A202A
- MB39C011A - MB39C006A - MB39C014 - MB39C007
- MB39C015 - MB39A135 - MB39A136
- MB3771 - MB3773 - MB3793
- MB3841 - MB3842
Recommended device
- MB39C022
For RF
- MB39C326
For RF
- MB39C326
- MB39C006A - MB39C014 - MB39C316
- MB39C007 - MB39C015 - MB39C022
MENU
FUJITSU Power Management IC5 FUJITSU Power Management IC 6
Application example
Application example
Application example
Fujitsu Semiconductor provides various power management IC covering a vast range of specifications: the number of output channels ranges from 1 to 6 and the input voltage from 1.7V to 28V.
1ch : Loading number of channels
: Buck-conv.
: Buck/Boost-conv.
: Boost-conv.
: Invert-conv.
: Short-circuit protection
: Built-in switching FET : Maximum load current per one channel (Recommended)
: Over-temperature protection circuit
: Overvoltage protection circuit
: Under-voltage protection circuit
: Overcurrent protection circuit
: Indication of function : Indication of no function : Internal FET : External FET(ex.)
Buck
B/B
Boost
Inv
FET
Buck
Buck
B/B
Boost
Inv
FET
Buck
SCP
SCP SCP
0.6A 4A
0.6A 4A
OTP
OVP
UVP
OCP
OTP
OVP
UVP
OCP
SCP
General
General(SW FET)
LCD
6MHz DC/DC
Charge ControlCharge Control
DC/DC+LDODC/DC+LDO
Output channels
For SystemFor System
Power supplyvoltage
**
1ch
2ch
3ch
4ch
6ch
MB39C316 *1
MB39C331 *2
MB39A123
MB3800
MB39C014MB39C006A
MB39C022 *4
MB39C326
MB39C015MB39C007
MB39C011A
MB39A136
MB39A214A
MB39A135
MB39A130A
MB39A134
MB39A132A
MB39A202A *3
MB39A104
MB39A112
MB39C313A
1.7V 4.5V 25.0V 28.0V7.0V2.5V 11.0V 18.0V15.0V5.5V
*1: 3ch DC/DC+4ch LDO *2: 2ch DC/DC+12ch LDO *3: 2ch DC/DC+2ch LDO *4: 1ch DC/DC+1ch LDO
MB39A302
*
Lineup from Application
1.8V
1.2V
3.3V
12VDDR2 SDRAM
I/O
Core
Flash memory
System LSI
AC/DC MB39A135
MB39A136
AC adapter
2.8V3.3V to 4.2V
1.2VLi-ion battery
DAC
MPU / SOC
Flash memory
MB39C015 USB
Explanation of a Functional Display
IC Lineup of DC/DC Converter
For 1-Seg TV and Mobile TVFor 1-Seg TV and Mobile TV
Smart phones, e-Books and Tablet PCSmart phones, e-Books and Tablet PC
For digital home appliancesFor digital home appliances
*Bottom detection comparator method
1-cellLi-ion battery Cntl_Vout
Vout
BaseBand RFPowerAmp.
MB39C326
5-6V DC
Charger
Powermanagement
for system
Recommended devices
- MB39C006A - MB39C014 - MB39C007 - MB39C015 - MB39C316 - MB39C022 - MB39C331
Recommended devices
- MB3800 - MB39C011A - MB39A104 - MB39A130A
- MB39A135 - MB39A136 - MB39A214A - MB39A202A
For LCD panel
- MB39C313A - MB39A302
Recommended devices
- MB39C326
FUJITSU Power Management IC7 FUJITSU Power Management IC 8
VBIN
VB
REFIN
+INC
CUVP
-INC
ILIM
LSAT
CS
FB
VO
CB
OUT1LX
A
OUT2
PGND
PGOOD
CTL
GNDVREF
B
COVP
VO
MB39A130A
A B
RT FSW VCC
TSSOP24
CTL
MB39A135CTL
GND
VCC
VB
RT
CS
FB
VIN
VIN
DRVL
DRVH
CB
LX
COMP
VREF
ILIM
VREF
VREF
A
A
1.8V
12V
CTL1
MB39A136CTL1
GND
VCC
VB
RT
CS1
FB1
FB2
COMP2
VIN
VIN
VO2
DRVL2
DRVH2
CB2
LX2
VIN
VO1
DRVL1
DRVH1
CB1
LX1
COMP1
CTL2 CTL2
CS2
VREF
ILIM1
VREF
ILIM2
VREF
VREF
A
B
B
A
12V
1.2V
3.3V
TSSOP16
TSSOP24
1ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP15A
2ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP15A
1ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP20A
TSSOP24
VIN
VIN
VIN
VIN
PGND
PGNDVOUT1
PGND
VOUT2
1.0 V, 7 A
1.8 V, 7 A
MB39A214A
12 V
+
+
VOUT1
FB1
EN1CS1
ILIM1
MODE
FREQ
VOUT2
EN2CS2
EN2
EN1
C13
C12
C7C8
R6R4
R3-2
R3-1
R1-2
R1-1
R5R2
GND
PGND
DRVL2
LX2
DRVH2
BST2
DRVL1
LX1
DRVH1
BST1
VB
VCC
ILIM2
FB2
3
19
18
1
24
23
12
13
14
15
21
2 1
Q3
Q3
Q1
5 6
7
4 3
7 82 1
Q1 5 64 3 L1
L2
C5 C1-1
C1-2
C2-1
C3-1
C6 C3-2
C4-1
C4-3
C2-3
8
22
2
5
4
20
17
7
10
9
11
816
6
General-purpose DC/DC Converter
Application circuit example
MB39A130A Nch/Nch Synchronous Rectification 1-channel DC/DC Buck Converter IC
Application circuit example
MB39A135 Nch/Nch Synchronous Rectification 1-channel DC/DC Buck Converter IC
Application circuit example
MB39A136 Nch/Nch Synchronous Rectification 2-channel DC/DC Buck Converter IC
DescriptionMB39A135 is a Current mode Nch/Nch synchronous rectification 1-channel
DC/DC buck converter IC. This IC has realized the high-speed response,
high efficiency and low ripple voltage by a current mode system. It
supports ceramic capacitors. It is suitable for set miniaturization by
using small package and compact coil design enabled by adopting high
frequency operation.
FeaturesWide range of power supply voltage: 4.5V to 25V
Selectable fixed PWM mode or automatic PFM/PWM mode
High frequency operation: 100kHz to 1.0MHz
Any output voltage setting by external resistor
Requires no flyback diode
Built-in soft-start circuit / Built-in soft-stop circuit
Substantial protective functions
ApplicationDigital TV, Digital AV devices etc.
Substantial protective functions
DescriptionMB39A136 is a Current mode Nch/Nch synchronous rectification 2-channel
DC/DC buck converter IC. This IC has realized the high-speed response,
high efficiency and low ripple voltage by a current mode system. It
supports ceramic capacitors. It is suitable for set miniaturization by
using small package and compact coil design enabled by adopting high
frequency operation.
FeaturesWide range of power supply voltage: 4.5V to 25V
Selectable fixed PWM mode or automatic PFM/PWM mode
High frequency operation: 100kHz to 1.0MHz
Any output voltage setting by external resistor
Requires no flyback diode
Built-in soft-start circuit / Built-in soft-stop circuit
Substantial protective functions
ApplicationDigital TV, Digital AV devices etc.
Substantial protective functions
DescriptionMB39A130A is a 1ch DC/DC buck converter equipped with a bottom detection comparator and Nch/Nch synchronous rectification. It supports low on-duty operation, enabling stable low voltage output when there is a large difference between input and output voltages. It achieves ultra-rapid response and high efficiency with sufficient internal protection function, and is suitable for the power supply of a core circuit having low voltage and large current, such as the ASIC and FPGA made by 45nm or 65nm process technology.
FeaturesWide range of power supply voltage: 4.5V to 25VHigh efficiency of power conversionAdjustable frequency setting by an external resistor: 100kHz to 600kHzHigh accuracy reference voltage: ±1.0%Output voltage setting range : 0.7V to 5V or fixed to 1.2V / 2.5VAdjustable output voltages setting by the external controlInductor saturation detection function which can be set optionalStandby current: 0µA (typ)Built-in soft-start circuit independent of loadsBuilt-in discharge control circuitPOWERGOOD detection functionSynchronous rectification type output driver for N-ch MOS FET
ApplicationDigital TV, Photocopiers, Projectors, STBBlu-ray, DVD players/recorders, Digital devices
Ultra-rapid response, High efficiency
Application : P3,4,5
Application : P3,4,5
Application : P3,4,5
Application : P3,4,5
2ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP20A
Application circuit example
MB39A214A Nch/Nch Synchronous Rectification 2-channel DC/DC Buck Converter IC
DescriptionMB39A214A is a 2ch DC/DC buck converter equipped with a bottom detection comparator for low output voltage ripple and Nch/Nch synchronous rectification. It supports low on-duty operation to allow stable output of low voltages when there is a large difference between input and output voltages. MB39A214A realizes ultra-rapid response and high efficiency with built-in enhanced protection features. The MB39A214A is suitable for the power supply of the core circuit which is low voltage and large current, such as the ASIC and FPGA made by 45nm or 65nm process technology.
FeaturesWide range of power supply voltage: 6V to 28VHigh efficiency of power conversionFrequency setting by internal preset function: 310kHz / 620kHz / 1000kHzHigh accuracy reference voltage: ±0.7%Output voltage setting range: 0.7V to 5.3VPossible to select the automatic PFM/PWM selection mode or PWM-fixed modePAF frequency limitation function (Prohibit Audio Frequency) : > 30 kHz (Min)Built-in diode for boot strapStandby current: 0 µA (typ)Built-in soft-start circuit independent of loadsBuilt-in discharge control circuitSynchronous rectification type output driver for N-ch MOS FET
ApplicationDigital TV, Photocopiers, Projectors, STBBlu-ray, DVD players/recorders, Digital devices
Ultra-rapid response, High efficiency
Technical Analysis of Bottom detection comparator method ...Refer from page 19 to page 20
*
FUJITSU Power Management IC9 FUJITSU Power Management IC 10
CTL
MB39C011ACTL
GND
VCC
OUT1-1
OUT1-2
VB
RTCSCP2
CSCP1
-INE1
FB1
-INE2
FB2
OUT2-1
OUT2-2
VH
VIN
VIN
VO1
VO2
A
B
B
A
VIN
12V
1.2V
1.8V
TSSOP16 TSSOP20
2ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP5A
3ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP2A
2ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP20A
MB39A112
GND/GNDO
VCCO
OUT1
OUT2
VCC
RT
CT
CSCP
-INE3
FB3
VHVIN
CS3
VIN
VIN
-INE2
FB2
CS2
-INE1
FB1
CS1
VIN
A
B
C
A
B
VO1
VO2
VIN
C
VO3OUT3
MB39A202A
VOUT1
PGND1
BST1DRVH1
DRVL1
LX1FB1
VIN(5.5V ~ 28V)
VOUT2
PGND2
BST2DRVH2
DRVL2
LX2FB2
TON
MODE
ILIM1
PGOOD
ILIM2
GND
EN1
EN2
VIN
LDO5
VOUT1
LDO3
VOUT2
VREF
LDOEN
+12VCharge Pump Output
DRVCP<Charge Pump>
EN1
LDOEN
EN2
A
A
B
B
Application circuit example
Application circuit example
General-purpose DC/DC Converter
MB39C011A Pch/Nch Synchronous Rectification 2-channel DC/DC Buck Converter IC
Application circuit example
MB39A112 3ch DC/DC Buck Converter IC
Nch/Nch Synchronous Rectification 2-channel DC/DC Buck Converter + 2-channel LDO
P/N synchronous, Pch asynchronous
DescriptionMB39C011A is a PWM-type Pch/Nch synchronous rectification 2-channel
DC/DC buck converter IC. It has a wide power supply voltage range and
supports ceramic capacitors.
FeaturesWide range of power supply voltage: 4.5V to 17V
High frequency operation: 100kHz to 2.0MHz
Any output voltage setting by external resistor
Built-in soft-start circuit
Supporting ceramic condensers
ApplicationFor various electronic devices including
digital AV devices
Application : P4,5
2ch DC/DC + 2ch LDO,High efficiencyDescriptionMB39A202A is a 2ch DC/DC buck converter IC equipped with a bottom detection comparator for low output voltage ripple and N-ch/N-ch synchronous rectification, and built-in 2ch LDO circuits. The built-in LDO (5.0V 100mA / 3.3V 50mA) is possible to slim of the system. The DC/DC buck converter supports low on-duty operation to allow stable output of low voltages when there is a large difference between input and output voltages. LDO is possible to operate alone at the DC/DC standby. MB39A202A is suitable for the power supply usage to various peripherals of Notebook PC and the built-in equipment.
FeaturesWide range of power supply voltage: 5.5V to 28VHigh efficiency of power conversionAdjustable frequency setting by an external resistor: 100kHz to 600kHzDC/DC Output voltage setting range : (preset VOUT1/VOUT2) : 5.0V/3.3V (adjustable) : 0.7V to 5.5VLDO Output voltage and current: 5V 100mA / 3.3V 50mA 5V-LDO circuit has the function of automatic transition to DC/DC Possible to select the automatic PFM/PWM selection mode or PWM-fixed modePAF frequency limitation function (Prohibit Audio Frequency): > 30 kHz (Min)High accuracy reference voltage: ±1.0% (+25°C)Built-in boost switch, Requires no flyback diodeStandby current: 0 µA (typ)Built-in soft-start circuit / Built-in discharge control circuitPOWERGOOD detection function
ApplicationNotebook PC, Digital TV, Photocopiers, ProjectorsBlu-ray, DVD players/recorders, STBPower supply usage to various peripherals
2.6MHz operation / 3ch
DescriptionMB39A112 is a PWM-type 3-channel DC/DC buck converter IC.
3 channels are installed in the TSSOP20 package. It is capable of
implementing an efficient high frequency DC/DC converter.
FeaturesWide range of power supply voltage: 7V to 25V
High frequency operation: 250kHz to 2.6MHz
Any output voltage setting by external resistor
Built-in soft-start circuit
Supporting ceramic condensers
ApplicationIP-STB, Surveillance camera, ADSL Modem etc.
Application : P3,4,5
MB39A202A
QFN28
* Technical Analysis of Bottom detection comparator method ...Refer from page 19 to page 20
Lineup of General-purpose DC/DC Converter
PFM/PWM, PAF, Bottom detection comparator, N/N synchronousrectification, soft-start circuit, discharge control circuit, overvoltage protection, under-voltage protection, overcurrent protection,over-temperature protection, built-in boot-strap diode
PFM/PWM, PAF, Bottom detection comparator, N/N synchronousrectification, soft-start circuit, discharge control circuit, overvoltage protection, under-voltage protection, overcurrent protection,over-temperature protection, built-in boost-switch, POWERGOOD circuit
MB39A214A
Soft-start circuit, timer-latch short-circuit protection
Soft-start circuit, timer-latch short-circuit protection, timer-latch overcurrent protection
Pch asynchronous rectification, individual channel control, soft-start circuit
Bottom detection comparator, N/N synchronous rectification, soft-start circuit, discharge control circuit, overvoltage protection, under-voltage protection, overcurrent protection,over-temperature protection, POWERGOOD circuit
Selectable fixed PWM mode or automatic PFM/PWM mode, N/N synchronous rectification, current mode system, overvoltage protection, under-voltage protection, overcurrent control circuit, over-temperature protection, soft-start circuit, soft-stop circuit
Selectable fixed PWM mode or automatic PFM/PWM mode, N/N synchronous rectification, current mode system, overvoltage protection, under-voltage protection, overcurrent control circuit, over-temperature protection, soft-start circuit, soft-stop circuit
MB3800 1 - 1000 +1.8 to +15 ±4 SOP8, SSOP8
1 - 600 +4.5 to +25 ±1.5 TSSOP24
1 - 1000 +4.5 to +25 ±1 TSSOP16
2 - 1500 +7 to +19 ±1 SSOP24
2 - 1000 +4.5 to +25 ±1 TSSOP24
2 - 310/620/1000 +6.0 to +28.0 ±0.7 TSSOP24
2 2 100 to 600 +5.5 to +28 ±1 QFN28
2 - 2000 +4.5 to +17 ±1 TSSOP16
3 - 2600 +7 to +25 ±1 TSSOP20
MB39A130A
MB39A135
MB39A104
MB39A136
P/N synchronous rectification (Pch asynchronous rectification), timer-latch short-circuit protection, soft-start circuit, symmetrical-phase mode
MB39C011A
MB39A112
Not available
Available
Available
Available
Available
Available
MB39A202A Available
Available
Available
Model
Powersupplyvoltage
V
Referencevoltage
accuracy%
Package
TopologyFET
compatible RemarksSwitchingfrequency(max)kHz BoostBuck
Number ofchannels
ch
LDOD/D
For various types of power supplies such as LCD backlight, car navigation devices, audio devices, game consoles and portable devices.* : Recommended : Possible with the addition of outside partsPAF=Prohibit Audio Freguency
FUJITSU Power Management IC11 FUJITSU Power Management IC 12
VIN VOUT1.8V
L12.2µH
R2300kΩ
R1294kΩ
C24.7µF
C30.1µF
CTL
VREF
VREFIN
MB39C006AR31MΩ
CTL
VREF
VREFIN GND
OUT
POWERGOOD
LXVDD
FSEL
MODER41MΩ
C14.7µF
MB39C007
CTL1
MODE1
VREFIN1
OUT1
XPOR
LX1
DVDD1
CTL2
MODE2
VREF
VREFIN2
VDET
CTLP
DVDD2
DGND1
DGND2
AVDD
AGND
OUT2
LX2
XPOR
VIN
VOUT12.5V
VOUT21.5V
CTL1
CTL2
VREFIN1
VREFIN2
C24.7µF
C14.7µF
L12.2µH
L22.2µH
C54.7µF
R41MΩ
R91MΩ
R101MΩ
C44.7µF
C34.7µF
C60.1µF
C70.1µF
R6300kΩ
R8100kΩ
R7510kΩ
R5352kΩ
R2170kΩ
R11MΩ
R3300kΩ
MB39C015
CTL1
MODE1
VREFIN1
OUT1
XPOR
LX1
DVDD1
CTL2
MODE2
VREF
VREFIN2
VDET
CTLP
DVDD2
DGND1
DGND2
AVDD
AGND
OUT2
LX2
XPOR
VIN
VOUT12.5V
VOUT21.5V
CTL1
CTL2
VREFIN1
VREFIN2
C24.7µF
C14.7µF
L12.2µH
L22.2µH
C54.7µF
R41MΩ
R91MΩ
R101MΩ
C44.7µF
C34.7µF
C60.1µF
C70.1µF
R6300kΩ
R8100kΩ
R7510kΩ
R5352kΩ
R2170kΩ
R11MΩ
R3300kΩ
1ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP0.8A
2ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP0.8A
1ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP0.8A
2ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP0.8A
SON10
QFN24
VIN VOUT1.8V
L12.2µH
R2300kΩ
R1294kΩ
C24.7µF
C30.1µF
CTL
VREF
VREFIN
MB39C014R31MΩ
CTL
VREF
VREFIN GND
OUT
POWERGOOD
LXVDD
FSEL
MODER41MΩ
C14.7µF
DC/DC Converter with Switching FET
Application circuit example
Application circuit example
MB39C006A 3.2MHz/2MHz, Output Current 800mA(max), 1-channel DC/DC Buck Converter IC
MB39C007 Output Current 800mA(max), 2-channel DC/DC Buck Converter IC built-in Voltage Detection
Application circuit example
Application circuit example
SON10
QFN24
MB39C014 3.2MHz/2MHz, Output Current 800mA(max), 1-channel DC/DC Buck Converter IC
MB39C015 Output Current 800mA(max), 2-channel DC/DC Buck Converter IC built-in Voltage Detection
Internal FET, High efficiency
DescriptionMB39C006A is a current mode 1-channel DC/DC buck converter IC.
The selection of operation frequency is possible at 3.2MHz or 2MHz. This
IC has realized the high-speed response, high efficiency and low ripple
voltage by a current mode system.
This product has built-in phase-compensation circuit and soft-start
circuit,contributes to the reduction in total area including external parts.
FeaturesPFM/PWM function
High efficiency: 96% (max)
Power supply voltage range: 2.5V to 5.5V
Output voltage range: 0.45V to 3.6V
Output current (DC/DC): 800mA (max)
Operating frequency: 2.0MHz or 3.2MHz
POWERGOOD Function
ApplicationSurveillance camera, photograph printer etc.
Portable device such as 1-seg TV & 3-seg Radio etc.
DVD Recorder, Hard Disk Recorder etc. Application : P3,4,5
Application : P3,4,5
Application : P3,4,5
Application : P3,4,5
DescriptionMB39C007 is a 2-channel DC/DC buck converter IC built-in voltage
detection. This IC has realized the high-speed response, high efficiency
and low ripple voltage by a current mode system. A power supply
starting sequence can be constituted using a voltage detection circuit
and a soft-start circuit.
FeaturesPFM/PWM function
High efficiency: 96% (max)
Power supply voltage range: 2.5V to 5.5V
Output voltage range: 0.45V to 3.9V
Output current (DC/DC): 800mA/ch (max)
Operating frequency: 2.0MHz
ApplicationPortable device, DVD recorder
IP-Phone, Equipment of PLC etc.
Internal FET, High efficiency
Internal FET, High-speed responseDescriptionMB39C014 is a PWM-type 1-channel DC/DC buck converter IC. The selection of operation frequency is possible at 3.2MHz or 2MHz. This IC has realized the high-speed response, high efficiency and low ripple voltage by a current mode system.This product has built-in phase-compensation circuit and soft-start circuit,contributes to the reduction in total area including external parts.
FeaturesHigh efficiency: 96% (max)Power supply voltage range: 2.5V to 5.5V Output voltage range: 0.45V to 3.6V
Internal FET, High-speed responseDescriptionMB39C015 is a 2-channel DC/DC buck converter IC built-in voltage detection. This IC has realized the high-speed response, high efficiency and low ripple voltage by a current mode system. A power supply starting sequence can be constituted using a voltage detection circuit and a soft-start circuit.
FeaturesHigh efficiency: 96% (max)Power supply voltage range: 2.5V to 5.5VOutput voltage range: 0.45V to 3.9VOutput current (DC/DC): 800mA/ch (max)Operating frequency: 2.0MHz
ApplicationPortable device, DVD recorderIP-Phone, Equipment of PLC etc.
ApplicationSurveillance camera, photograph printer etc.Portable device such as 1-seg TV & 3-seg Radio etc.DVD Recorder, Hard Disk Recorder etc.
PWM, Current mode system, low-consumption current, synchronous rectification, POWERGOOD function,support for the input signal to DAC
PWM, Current mode system,low-consumption current, synchronous rectification, voltage detection function included, support for the input signal to DAC
PFM/PWM, Current mode system, low-consumption current, synchronous rectification, POWERGOOD function,support for the input signal to DAC
PFM/PWM, Current mode system,low-consumption current, synchronous rectification, voltage detection function included, support for the input signal to DAC
Suitable for internal power supply in portable devices such as cellular phones, PDA, and in DVD, HDD, etc.
Lineup of DC/DC Converter with Switching FET
MB39C014 1 2.5 ±4 +2.5 to +5.5 800 0.3 0.2 SON10 Buck2000/3200(fixed)
MB39C006A 1 2.5 ±4 +2.5 to +5.5 800 0.3 0.2 SON10 Buck2000/3200(fixed)
MB39C015 2 2.5 ±4 +2.5 to +5.5 800/ch 0.3 0.2 QFN24 Buck2000(fixed)
MB39C007 2 2.5 ±4 +2.5 to +5.5 800/ch 0.3 0.2 QFN24 Buck2000(fixed)
Model
Powersupplyvoltage
V
Package Topology RemarksSwitchingfrequency
MHz
Number ofchannels
ch(Typ)
VPch MOS
(typ)ΩNch MOS
(typ)Ω
Output current(max)mA
Switching FET
Accuracy%
Output voltage
Output current (DC/DC): 800mA (max)Operating frequency: 2.0MHz or 3.2MHzPOWERGOOD Function
FUJITSU Power Management IC13 FUJITSU Power Management IC 14
SON10
MB39C316
DC/DC 3chLDO 4ch
FLASH
SDRAM
SoC
3.3V/650mA
32.768kHz
1.2V/800mA
2.85V/200mA
(1.2V/1.3V)/84mA
2.9V/6.5mA
1.2V/260mA
1.8V/600mA
I2C
Li-ionbattery
VIN=2.7V to 5.5V System part
Applicationpart
Crystaloscillator
WL-CSP493.1×3.1×0.8(mm)
1ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP0.6A
2ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP1A
EN2
VIN2
VOUT2
POR
GND2 FB
EN1
VIN1
LX
GND1
EN1
C4
C5
C2
C1
L1
R5
R3 C3R6
VO1IO1 ≤ 600 mA
POR
EN2
VO2IO2 ≤ 300 mA
MB39C022
VIN
3ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP0.8A
WL-CSP64
Protection circuit(UVLO, OTP, SCP,OCP)
TCXO buffer
Level Shifter for USIM
I2C
Control start/stop
ADC
Reference
VDDVIN1210
VOUT1
VOUT2
VIN311
VOUT3
VOUT4
VIN579
VOUT5
VBUSVOUT6
VOUT7
IOCLKIODATIORST
USIM_ENMODERESET
POWERON
ADCINVRE_1.25
SCL
SDA
BYP
LDO12.85/3V, 300mA
LDO22.05/2.1V, 150mA
LDO31.8V, 300mA
(1.8/1.85/2.1/2.2V)
LDO41.1V, 150mA
LDO51.8/3.0V, 50mA
(1.8/2.85/2.9/3V)
LDO63.075V, 50mA
(3.0/3.075/3.1/3.3V)
LDO72.7V, 150mA
DC/DC1Buck converter
1.1V, 1A(1.0-1.3V, 0.05V step)
DC/DC2Buck converter
1.8/1.85/2.1V, 1A
LDO81.2V, 150mA
LDO92.6V, 50mA
LDO102.85V, 50mA
LDO111.8V, 150mA
LDO121.3V, 300mA
BUCK_IN1VSW_BUCK1VREG_BUCK1GND_BUCK1
BUCK_IN2VSW_BUCK2
VOUT8
GND_BUCK2
VIN4812(or buck2)
VOUT9
VOUT10
VOUT11
VOUT12
SIMCLKSIMDASIMRST
EN_TCXOTCXO_INTCXO_OUTGND_TCXOXTAL1XTAL2SLEEP_OUTLEDRLEDGLEDBLEDGND
AGND AGND AGNDVREF_GND
LED
VREG_BUCK2
MB39C331
MB39C022GMB39C022JMB39C022LMB39C022N
1 1 +2.5 to +5.5
2000 Buck0.8 to 4.53.3
2.851.81.2
Internal
SON10
600
300
DC/DC Converter with Switching FET + LDO
MB39C022 Series 1-channel DC/DC Buck Converter IC + 1-channel Low-Noise LDO + POR
System configuration of Mobile Terminals
MB39C316 3-channel DC/DC Converter + 4-channel LDO Lineup of DC/DC Converter with Switching FET + LDO
MB39C316
MB39C331
3 4
2 12
+2.7 to +5.5
+3 to +5.5
+3 to +5.5
+1.7 to +5.5
+1.7 to +5.5
1700
1700
WL-CSP49
WL-CSP64
BuckBuck
Buck
Buck/BoostCurrent mode system, synchronous rectification,output short-circuit protection, over-temperature protection, overcurrent protection, under voltage lock out protection
Current mode system, synchronous rectification,output short-circuit protection,over-temperature protection,overcurrent protection,under voltage lock out protection
1.21.8253.3
2.8751.225
1.20/1.30
Internal
Internal
8006006502002606.5
DCDC
LDO
DCDC1DCDC2DCDC3LDO1LDO2LDO3LDO4DCDC1DCDC2LDO1LDO2LDO3LDO4LDO5LDO6LDO7LDO8LDO9LDO10LDO11LDO12
2.9251.0 to 1.3
1.8/1.85/2.12.85/3
2.05/2.11.8/1.85/2.1/2.2
1.11.8/2.85/2.9/3
3.0/3.075/3.1/3.32.71.22.6
2.851.81.3
84100010003001503001505050
1501505050
150300
For Portable Devices with digital circuits and with analog circuits
DescriptionAn optimal IC for power management systems in portable devices with one built-in channel of DC/DC step-down converter for digital circuits and one built-in channel of low-noise LDO for analog circuits. Two power management systems is in a 10-pin package of 3.0mm x 3.0mm.The built-in switching FET enable the construction of a power management system at a low BOM cost. There are four variations of the fixed output voltage in the LDO block.
FeaturesPower supply voltage range: 2.5V to 5.5V Supporting 1-cell Li-ion BatteryFunction of DC/DC circuit: PFM/PWM mode: Improving efficiency under light load Current mode: High-speed load responseOutput voltage/current of DC/DC block: Voltage setting range: 0.8V to 4.5V Current: 600mA (Max.) Output voltage/current of LDO block: Output voltage (fixed): 3.3V (MB39C022G)
2.85V (MB39C022J)1.8V (MB39C022L)1.2V (MB39C022N)
Current: 300mA (Max.)Power on Reset (POR)Package: SON-10 3.0mm×3.0mm×0.75mm (lead pitch 0.5mm)
Application : P3,5
Application : P5
Application : P3,5
Supporting 1-cell Li-ion BatteryDescriptionMB39C316 is a power management IC equipped with 3ch DC/DC converter
and the 4ch linear regulator (LDO). MB39C316 operate in the range of
power supply voltage with 1-cell Li-ion power by 1ch buck boost DC/DC
converter of high efficiency, and has 4ch LDO which is suitable to supply
voltage for mobile terminals.
FeaturesPower supply voltage range : 2.7V to 5.5V
Sequence control: On/Off control of power supply voltage
I2C bus interface: Control and notice of internal condition
RTC: Possible to output the 32.768kHz clock by connecting crystal
oscillator
ApplicationPortable Products such as PDA
Mobile WiMAX terminals
*: MB39C316 consist of the chipset for Mobile WiMAX terminals with MB86K22 (BaseBand) and MB86K52 (RF).
Model
Powersupplyvoltage
V
Package RemarksTopology
Switchingfrequency
kHz
Number ofchannels
ch
Output features
Pin name Output voltageV
Output current(max)mA
FETDCDC LDO
PFM/PWM, current mode system, synchronous rectification, short-circuit protection, overcurrent protection, over-temperature protection, under voltage lock out protection, POR(Power on Reset)
ApplicationPortable applicationsGPS, PNDMP3, PMPPortable TV, USB dongle(CMMB, DVB-T, DMB-T)SMART-PHONE, etc.
Product Analysis of this product ...Refer from page 21 to page 22
*
MB39C022(Common)
MB39C331 2-channel DC/DC Converter + 12-channel LDO
High efficiency, 12ch LDODescriptionMB39C331 is equipped with 2ch DC/DC converter and 12ch linear regulator (LDO), and is the power supply LSI for mobile terminals which operate in the range of power supply voltage range of 5V USB.MB39C331 contains 2ch synchronous rectification DC/DC converter with current mode system.Detecting load current by each DC/DC converter alternates the Normal mode (PWM) with the ECO mode (PFM) automatically.MB39C331 has the built-in 12ch LDO which is suitable to supply voltage to the system block.
FeaturesPower supply voltage range: 3.0V to 5.5V8-bit ADCI2C interfaceLevel shifter for SIMOn/Off control of LDO and DC/DC converter by external signals and register settingsPossible to output the 32.768kHz clock by connecting crystal oscillator
Application3G mobile data cardMobile WiMAX terminalsOther mobile terminals etc.
Application circuit example Block Diagram
FUJITSU Power Management IC15 FUJITSU Power Management IC 16
TSSOP28
(Exposed PAD)
DDR
TCON
Buck DC/DC 3.3V
Gate
Driv
erCharge Pump
32V
Source Driver
Charge Pump
-5V
Boost DC/DC
17.7V
LCD PanelMB39C313A
DC/DC converter
4ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP1.5A
6ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP0.6A
VO1VIN
VCC
VO2
VO3
VO4
VO5
VO6
MB39A123
-INE1
-INE2
-INE3
-INA
-OUTA-INE4
-INE5
-INE6
OUT1-1OUT1-2
OUT2
OUT3
OUT4
OUT5
OUT6GND
WL-CSP202.15×1.94×0.625(mm)
1ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP2A
4ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP1.5A
CIN COUT
2.2 µF (1608)10 µF (1608) VDD
VCC
ENILIMSEL
SWOUT
0.5 µH
L1
VSEL
VSELSW
FB
GND
DGND
VOUT
R3 R2R1
XPS
2.5 V~5.5 VVBATT
MB39C326
QFN48
(Exposed PAD)
VIN(8V-14V)
MB39A302
VS20Vmax/1.5Amax
VGH35Vmax/250mAmax
Charge Pump(Positive)
VGL-5Vmax/250mAmax
VLOGIC1.8V-3.3V/1.1Amax
Buck
Gate voltageshaping VGHM
35V/250mA
Boost
Charge Pump(Negative)
LDO LDO60mA
VCOM Amp.
Internal
System configuration of LCD panel
DC/DC Converter for LCD Panels
Lineup of DC/DC Converter for LCD Panels
MB39C313A
MB39A302
4
4 1
TSSOP28(Exposed PAD)
QFN48(Exposed PAD)
1.2131.146
0±36mV1.2131.251.25
0.25V ±40mV1.251.25
VlogicVs
VGLVGH
VlogicVs
VGLVGH
Vref_oVCOM
1.50.9
2.111
20.5
1.8 to 3.318.1(max)
1.8 to 3.320(max)
1.51.5 *1100mA100mA
1.11.5
250mA250mA60mA±75mA
Internal
Internal
Internal
Buck DC/DCBoost DC/DCInvert charge pumpBoost charge pumpBuck DC/DCBoost DC/DCInvert charge pumpBoost charge pumpLDOOpAmp(20MHz)
500/750
500/750
+8 to +14
+8 to +14
soft-start circuit, sequence comparator, short-circuit protection, overvoltage protection, over-temperature protection, over current protection (Vlogic, Vs):
Vs Detection value: 3.5A
soft-start circuit, sequence comparator,short-circuit protection, overvoltage protection,over-temperature protection,over current protection, POWERGOOD circuit, gate voltage shaping circuit
*: Conditions: Input voltage=12V, Output voltage=15V
Application : P5
Block Diagram
Application : P5
VIN=8V to 14V
DC/DC + Charge pumpDescriptionMB39C313A is a 4ch system power management IC. It consists of 2ch DC/DC converter and 2ch charge pump type DC/DC converter.
FeaturesPower supply voltage range: 8V to 14VStructure: Vlogic/Vs: voltage mode DC/DC converter included switching FET VGL/VGH: charge pump with output voltage feedbackBuilt-in soft-start circuit independent of loadsExcellent line regulation with the feed-forward method (Vlogic, Vs)Built-in phase compensator parts (Vlogic; buck DC/DC)Built-in sequence comparator for risingFrequency setting by input pin: 500kHz / 750kHzOver current protection (Vlogic, Vs): Vs Detection value: 3.5A
ApplicationLarge size LCD panel
Model Error amplifierthreshold voltage
VPin
name StructurePackageOutput
voltageV
FETRemarks
Switchingfrequency(fixed)MHz
Number ofchannels
ch
DCDC LDO
Powersupplyvoltage
V
Outputcurrent
AAccuracy
%
Output features
MB39A123 6 +1.7 to +11 ±1 LQFP48 AvailableSynchronous rectification, individual channel control, soft-start function, support for external input short-circuit detection
2000
MB39A123 6ch DC/DC Converter IC with Synchronous Rectification
System power management IC Supporting 2-cell Li-ion Battery
DescriptionMB39A123 is a 6-channel DC/DC converter IC using pulse width modulation (PWM), and it is suitable for boost conversion, buck conversion, and boost/buck conversion.
FeaturesPower supply voltage range: 1.7V to 11VSupports for buck converter with synchronous rectificationNegative voltage output (Inverting amplifier)Low voltage start-up: 1.7VSupport for the output voltage of 1.0VSupport for control and soft-start of each channelOscillation frequency range: 200kHz to 2.0MHz
ModelPower supply
voltageV
Referencevoltage accuracy
%Package FET
compatible RemarksSwitching
frequency(max)kHz
Number ofchannels
ch
Topology
Buck BoostBuck/Boost Inverter
For portable devices such as DSC and DVC. * : Recommended
6MHz Buck-Boost DC/DC Converter with Switching FET
Application circuit example
MB39C326 6MHz Synchronous Buck-Boost DC/DC Converter IC
Lineup of DC/DC Converter IC for System Power Supply
Application circuit example
LQFP48
6MHz Buck-Boost DC/DC Converter with Switching FET
DC/DC Converter IC for System Power Supply
6MHz Buck-Boost, Reduced board spaceDescriptionMB39C326 is a high efficiency, low noise synchronous, 6MHz buck-boost DC/DC converter designed for powering the radio frequency power amplifiers (RFPA) in mobile handsets or other mobile applications with single-cell Li-ion battery. MB39C326 DC/DC convertor switches at 6MHz compare to conventional DC/DC converters that have switching frequencies between 2 to 3MHz, allowing smaller inductor to be use and expect to reduce the overall board space of the power management circuits by half. Its buck boost operation switches automatically to extend the operating voltage of lithium battery while providing stable power supply to the power amplifier.
FeaturesHigh efficiencyPower Supply voltage range : 2.5V to 5.5VAdjustable output voltage range : 0.4V to 5.0VInput current limit value : 2A/1A/0.5A6MHz PWM operation allows 0.5 µH small form inductorLess than 20 µs step response for 3GAutomatic Transition between buck mode and boost modeSelectable output voltage with external resistor
MB39A302 System Power Management IC for LCD Panel with VCOM Regulator
DC/DC + Charge pump +LDO + VCOM OpAmpDescriptionMB39A302 consists of 2ch DC/DC converter, 2ch charge pump type DC/DC converter, 1ch LDO, an operational amplifier for VCOM calibration and a gate voltage shaping circuit. The buck converter is a voltage mode asynchronous converter with integrated switching FET. The boost converter equips integrated switching FET with voltage mode control.
FeaturesPower supply voltage range (VIN=VINVL=VIN2): 8V to14VStructure: Vlogic/Vs: voltage mode DC/DC converter included switching FET
VGL/VGH: charge pump with output voltage feedbackLow dropout regulator: Vref_oHigh performance operational amplifier (VCOM)Integrated gate voltage shaping circuitry with adjustable turn on delayBuilt-in soft-start circuit independent of loads(Vs. programmable, Vlogic, VGL, VGH)Excellent line regulation with the feed-forward method (Vlogic, Vs)Built-in external p-channel gate control for Vs sequencingBuilt-in sequence comparator for risingFrequency setting by input pin: 500kHz / 750kHz
ApplicationLarge size LCD panel
ApplicationMobile phones, Smart phones, e-Books, PDAsRF-PAs powered by 1cell Li-ion batteryRF-PC cards
MB39C313A 4-channel DC/DC Converter IC for LCD Panel
ApplicationDigital still cameraDigital video cameraSurveillance camera
ModelNumber ofchannels
ch
Outout voltageSwitchingfrequency(max)kHz (Typ)
V
Inputcurrent
limit valuemA
FET
MB39C326 1 +0.4 to+5.0 ±3 +2.5 to
+5.51200(Buck)800(Boost)
2000/100/800 WL-CSP206000
Accuracy%
Powersupplyvoltage
V
Outputcurrent(max)mA
Package Topology Remarks
Buck/BoostPFM/PWM, synchronous rectification, over-temperature protection,overcurrent protection, under voltage lock out protection,Automatic Transition between buck mode and boost mode,Selectable output voltage with external resistor, soft-start circuit
Product Analysis of this product ...Refer from page 23 to page 24*Application : P3,5
FUJITSU Power Management IC17 FUJITSU Power Management IC 18
Sele
ctor
DC/DC CPU
DC/DC Display
DC/DC I/O Controller
DC/DC Memory
DC/DC Application
MB39A134
Charger
AC Adapter
Battery
KBC+PMU
Sele
ctor
DC/DC CPU
DC/DC Display
DC/DC I/O Controller
DC/DC Memory
DC/DC Application
MB39A132
Charger
AC Adapter
Battery
KBC+PMU
1ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP4A
1ch Buck B/B Boost Inv FET
OTP OVP UVPOCPSCP4A
CK1
GND
CK2
INH
VCC
VCC
MPU2GND
CK
RESET VCC
MPU1GND
CK
CTW CTP
MB3793
CTW
CTP
RESET
RESET
VCC
Charge Control
MB39A134 DC/DC Converter IC for Charging Li-ion Battery
MB39A132A DC/DC Converter IC for Charging Li-ion Battery
Lineup of Charge Control
System configuration of Notebook PC
System configuration of Notebook PC
TSSOP24
Buck AvailableTSSOP24 MB39A134 2000 +8 to +254.2 or 4.1/cell, Optional
±0.5 ±0.7*12 to 4 cells, Charging voltage can be set without externally attached resistor,charging current can be set without externally attached resistor,dynamically controlled charging, ACOK function included, soft-start circuit
QFN32MB39A132A Buck Available2000 +8 to +264.0 or 4.2 or 4.35/cell, Optional
±0.5 ±0.5*22 to 4 cells, Charging voltage can be set without externally attached resistor, charging current can be set without externally attached resistor, dynamically controlled charging, ACOK function included, soft-start circuit
QFN32
Application : P3
Application : P3
Preset output-voltage, CVM
DescriptionMB39A134 is a DC/DC converter IC for charging Li-ion battery, which is suitable for buck conversion, and uses pulse width modulation (PWM) for controlling the output voltage and current independently.
FeaturesPower supply voltage range: 8V to 25VSupport 2, 3 and 4 Cell battery packTopology: Pch/Diode , asynchronous rectificationAC adapter voltage detection function (ACOK terminal)Output voltage setting accuracy: ±0.7% (Ta=-10°C to +85°C)Charging voltage can be set without externally attached resistorCharging current can be set without externally attached resistorHigh accuracy current detection amplifier (±1%)
(At input voltage difference 100mV)
ApplicationCharging device in products such as Notebook PC
Nch/Nch synchronous, Preset output-voltage
DescriptionMB39A132A is a DC/DC converter IC for charging Li-ion battery, which is suitable for buck conversion, and uses pulse width modulation (PWM) for controlling the output voltage and current independently.
FeaturesPower supply voltage range: 8V to 26VSupport 2, 3 and 4 Cell battery packTopology: Nch/Nch , synchronous rectificationAC adapter voltage detection function (ACOK terminal)Output voltage setting accuracy: ±0.5% (Ta=+25°C to +85°C)Charging voltage can be set without externally attached resistorCharging current can be set without externally attached resistorHigh accuracy current detection amplifier (±1%)
(At input voltage difference 100mV)
ApplicationCharging device in products such as Notebook PC
ModelPower supply
voltageV
PackageAccuracy %
Topology FETcompatible Remarks
Switchingfrequency(max)kHz
Outputvoltage
V Ta=25°C Ta=-30 to 85°C
*1: Ta=-10 to +85°C*2: Ta=25 to +85°C
For portable devices using Li-ion battery, such as Notebook PC, Netbook PC etc.
MB3759
MB3769A
MB3841
MB3842
Lineup of AC/DC Converter
Lineup of Power Management Switches
Power Voltage Monitoring Applications
MB3793 Power voltage monitoring IC with dual-system watchdog timer
Lineup of Power Voltage Monitoring Application
System configuration
SSOP8SOP8SOP8
Used in power supplies for various applications, including automobiles, hot water systems, copiers, VCRs, hard-disk drives, general OA equipment, measuring instruments, and pachinko parlor pinball machines.
MB3771 Power supply voltage monitor SOP8
MB3773 MB3771+ watchdog timer SOP8
MB3793-XXPower supply voltage monitorwith dual-system watchdog timer
SOP8, SSOP8
Application : P3
DescriptionMB3793 is a power voltage monitoring IC with dual-system watchdog timer. A reset signal is output at transient power cut-off or power fall. When the power resumes, the IC outputs a power-on reset signal to MPU to monitor power voltage. Using this IC in an MCU system can provide such system with a fail-safe function.
FeaturesDetection voltage: 4.5V/4.2V/3.7V/3.4V/3.0V/2.8V/2.7V 7typePrecise detection of power voltage fall: ±2.5%Detection voltage with hysteresisInternal dual-input watchdog timerWatchdog-timer halt function (by inhibition pin)Independently-set watchdog and reset times
ApplicationArcade AmusementPBX and base stationsVending machines etc.
Built-in Watchdog timer
FunctionDetection voltage
V
Power supplyvoltage
VPackage RemarksModel
+3.5 to +18
+3.5 to +16
6(max)
4(max)
Model Package RemarksConsumption current
(Sw OFF)A
On resistanceΩ
Drive current(max)
A
Switching voltage(max)
V
0 0.045 2 5.5 SOP8 1 channel USB
0 0.1 0.6 5.5 SSOP20 2 channel USB
Modeloscillationfrequency(max)kHz
Power supplyvoltage
V
Maximum output currentmA
Package Remarks
300 +7 to +32 200 SOP16 TL494 pin-compatible
700 +12 to +18 DC 100, peak 600 SOP16 Power MOS FET
Voltages other than 4.2V optionally available
Voltages other than 4.2V optionally available
4.5(-45), 4.2(-42), 3.7(-37A), 3.4(-34A), 3.0(-30A)
2.7(-27A), 2.8(-28A) *: "( )" corresponds to "-XX" of a product name.
FUJITSU Power Management IC19 FUJITSU Power Management IC 20
Figure 1 Block Diagram for the Bottom Detection Comparator Method and Control Theory
Figure 2 Load Fluctuation Waveform for the Bottom Detection Comparator Method
MB39A214A External View
Evaluation Board MB39A214A
Application Example
Table of Bottom detection comparator method DC/DC converter IC
Addition ofa proprietarycircuit
FBINTREF
VOUT
VOUT
VIN
VIN
ILXLX
Vref
<Error Comp.>
tONgenerator
SlopeDetector
BiasReg.
DriveLogic
Bias
DRVH
Hi-sideDrive
Slope DRVL
Lo-sideDrive
tON
RS-FFRS out
R
S
QError out
Ripple not required for FB
FB
tOFF
tON
INTREF
RS out
Smallripples
5A/div
10V/div
100mV/div
4.0µs/div
②②
④④
①① ③③
Load current : 0A 5ALoad current : 0A 5A
LX waveformLX waveform
Output voltage : 1.2VOutput voltage : 1.2V
Stationary state: Stable load current and output voltageLoad fluctuation: Rapid increase in load currentOutput voltage fluctuation: Undershooting of output voltage due to rapid load fluctuationSwitching control: Output voltage is recovered by changing the off period and implementing switching control in succession depending on the output voltage fluctuation
1.8V/1.5V12V
1.0V
3.3V
AC/DC DDR2/3
CoreSystem LSII/O
Flashmemory
MB39A214A2ch DC/DC
Ultra-rapid load transition response!Best for System LSI Core and DDR2/3 etc.
MB39A214A and the DC/DC part of MB39A202A adopt "Bottom detection comparator method for the low output voltage ripple" in this page.
INTREF is the voltage that the slope was added to a reference voltage (Vref) by the new original circuit. When the value of INTREF becomes equal to FB, the high-side FET is turned on.
MB39A214A(2chDC/DC), MB39A202A(2chDC/DC+2chLDO)
4.4×6.5×1.2mm(0.5mm Lead Pitch )
Noteworthy Non-linear Hysteresis Control Method As a DC/DC Converter Control Method
"Bottom detection comparator method" is the best method for the power supply to the Core of system LSI with the severe demand
of the power-supply voltage accuracy, to the memory, to the power-supply specification with the large I/O voltage difference.
MB39A214A, MB39A202A achieved a low output ripple operation by adding our improved new circuit to a past bottom detection
comparator method.
Although the conventional mainstream DC/DC converter control methods were voltage control or current control, recently the non-linear hysteresis control method attracts attention along with the lowering the voltage of the power-supply voltage of system LSI. Since 2005, FUJITSU has shipped more than 100 million DC/DC converter ICs that adopt the bottom detection comparator method (a type of hysteresis control method), mainly to the commercial market.The reason why this method attracts attention is an excellent point in "High-speed load transition response characteristic" and "Low on-duty operation with stability". Moreover, the power supply design is easy.
Outline of Bottom detection comparator method
The bottom detection comparator method compares with the comparator of a feedback voltage and a reference voltage always, and keeps the output voltage by off-time control and the fixed on-time.Therefore, when the output voltage changes by a rapid change in the load, this method rapidly stabilizes the output voltage by controlling the off-time and changing the switching frequency. (Refer to Fig.2)This method is best for the system that the low voltage power supply is especially necessary, because the voltage stability is more excellent than the voltage control and the current control method using a conventional error amplifier.In addition, this method can reduce the output capacitor for smoothness, because the voltage stability is excellent. This point contributes to the part cost reduction in the entire set.
Feature 1: High-speed load transition response characteristic
In the voltage control and the current control method, the phase compensation circuit is necessary to prevent the oscillation of the DC/DC converter output. This circuit is a circuit to adjust the phase delay of a feedback system and the gain of the error amplifier.The bottom detection comparator method has little phase delay for feedback-loop-system. This method uses a comparator without an error amplifier, it therefore requires no phase compensation circuit.Therefore, it is possible to greatly shorten the period of power supply design, without preparing a special measurement environment and without requirement to adjust the circuit at the power supply design.
Feature 2: No phase compensation circuit required
The bottom detection comparator method does switching control by fixing the on-time and by controlling off-time.It is therefore possible to supply stable output voltage without becoming unstable, even under conditions of large input-output voltage difference.Direct conversion is easy to the low voltage power supply from the first power supply. Therefore, the energy-saving effect by the decrease of the conversion loss can be expected compared with the case to use the second or third power supplies.
Feature 3: For low on-duty (Secure on-time switching control)
Specification Item
Topology
External FET
Number of output channels (DC/DC)
Maximum Ratings
Power supply voltage
Output voltage
Reference voltage and accuracy
Applicable output condenser
Switching frequency
Startup / Shutdown
LDO
Package
Synchronous Rectification Buck Converter
Nch/Nch
2-channel
30V
Aluminum Solid Capacitors with Organic Semiconductive
Electrolyte Conductive Polymer
MB39A214A
6.0V to 28V
0.7V to 5.3V
Setting by an external resistor
0.7V±0.7%
310kHz/620kHz/1MHz
selected
-
TSSOP24
4.4×6.5×1.2mm
(0.5mm Lead Pitch)
5.5V to 28V
(preset) : 5.0V/3.3V
(adjustable) : 0.7V to 5.5V
±1.0%
100kHz to 600kHz
Setting by an external resistor
2-channel
5.0V 100mA / 3.3V 50mA
QFN28
4.0x4.0x0.8mm
(0.4mm Lead Pitch)
Under Voltage Lock Out Protection
Over Current Protection
Over Voltage Protection
Under Voltage Protection
Over Temperature Protection
ProtectionFunction
MB39A214A(2-channel) ... Refer to page 7MB39A202A(2-channel) ... Refer to page 9
Soft-Start/
Internal FET for Discharge
MB39A202A
FUJITSU Power Management IC21 FUJITSU Power Management IC 22
Photo 2 Evaluation Board
Figure 1 Block Diagram
Figure 2 Application Example (CMMB, DVB-T, DMB-T)
Figure 3 Application Example (USB-SATA Bridge)
Table 1 Output Settings and Power Supply Rejection Ratio (PSRR) of the LDO block
Table 2 Function Control by EN1 and EN2 Pins
Photo 1 External View
CMMB=China Multimedia Mobile BroadcastingDVB-T=Digital Video Broadcasting - TerrestrialDMB-T=Digital Multimedia Broadcasting - Terrestrial
PDM : Pulse Density Modulation
MB39C022G
Functionbutton
LED Quartzoscillator Flash
ROMTR
GPIO
3.3V
5V
1.2V
I/Oport
2.5-inchSATA HDD
I/Oport
AnalogVDD
DigitalVDD
I2C
USBconnector
USB2.0
USB2.0(3.0)bridge IC
USB3.0
MB39C022L
1.2V1.8V
CMMBProcessor
LCD
PDM
SD/MMCBB
Memory
RF
CurrentLimit
PFMPWMLogic
Control
ICOMP
FB
POR
6
4POR
ErrorAmplifier
DRV
OSC
VREF
OCP
OTP
UVLO
9
LEVELCONV.
7
1
enb1 (H: CH1 ON)
enb2 (H: CH2 ON)
EN1
EN2
VIN or VO1
VIN1
LX
GND1
VIN2
VOUT2
GND2
<<CH1 Buck DC/DC>>
<<CH2: LDO>>
IO2 (300 mA Max)VO2
IO1 (600 mA Max)VO1 (0.8 V to 4.5 V)
VIN(2.5 V to 5.5 V)
<<10 PIN>>
POR
3.3 V: MB39C022G2.85 V: MB39C022J1.8 V: MB39C022L1.2 V: MB39C022N
ErrorAmplifier
10
2
5
8
3
An optimal IC for power management systems in portable devices with one built-in channel of DC/DC step-down converter for digital
circuits and one built-in channel of low-noise LDO for analog circuits. It can also be used in products adopting one cell of Li-ion
battery as the power supply. Two power management systems in a 3.0mm×3.0mm, 10-pin package and the built-in switching FET
enable the construction of a power management system at a low BOM cost. There are four versions of the fixed output voltage in
the LDO block.
The MB39C022 Series are optimal power management ICs for the construction of systems for ARM architecture-based system ICs, GPSs, and portable TVs.Low-noise LDO is demanded for power supplies for RF, PLL, and analog functions. This product is a 2-channel power management IC combining a DC/DC converter and a low-noise LDO. It is useful in electronic devices with mixed analog and digital components.
PFM/PWM control circuit (CH1)The frequency (2.0MHz) set up by the built-in oscillator (square wave oscillating circuit) is used to enable synchronous rectification operation of the built-in P channel MOS FET and N channel MOS FET. PFM operation is executed under light loads.
Iout comparator circuitThis circuit detects the current flowing from the built-in P channel MOS FET to the external inductor (ILX). It compares VIDET obtained by I-V conversion of the ILX peak current and the Error Amp. output to turn OFF the built-in P channel MOS FET through the PFM/PWM logic Control circuit.
Error Amp.(CH1) phase compensation circuitThis circuit compares the VREF reference voltage and the output voltage. The phase compensation circuit of this product is realized by externally attaching a feedback resistor and a capacitor for phase compensation to the FB terminal.
LDO circuit (CH2)The built-in low-noise LDO can output currents up to 300mA. A capacitor is required on the VOUT2 pin for stability.Table 1 presents the output settings and power supply rejection ratio (PSRR) of the LDO block of this product.
Power on Reset (POR) circuitThis circuit monitors the VO1 terminal voltage (CH1 output voltage) via the FB terminal. The POR pin has open drain output. It is normally used in pull-up with an external resistor. While the POR pin reaches H level when VO1 reaches the set output voltage, it is set to L level when the output voltage drops due to over current and so forth.
VREF circuitIt generates a highly precise reference voltage using a BGR (band-gap reference) circuit.
Protection circuit The over-temperature protection circuit (OTP) stops the entire output operation at CH1 and CH2 when the junction temperature reaches +135°C. It restores CH1 and CH2 to normal operation when the junction temperature drops to +110°C. Since the PFM/PWM control circuit adopts the current mode architecture for its control method, the current peak value is constantly monitored and controlled.
Control circuitTable 2 presents the function control by EN1 and EN2 pins.Figure 1 presents the block diagram for this product.
We offer an evaluation board (Photo 2) to simplify the single unit evaluation of this product.
We plan to successively introduce product versions that offer fixed output voltage of the LDO block in the future. We will continue devel-opment to meet our customer needs, aiming to address further minia-turization and cost reduction.
Figures 2 and 3 present application examples. This product is optimal for the following applications: - Portable applications - GPS, PND - MP3, PMP - Portable TV, USB dongle (CMMB, DVB-T, DMB-T) - SMART-PHONE, etc.
Product name Output voltage setting in LDO block PSRR (typical)
MB39C022G 3.3V -70dB
MB39C022J 2.85V -65dB
MB39C022L 1.8V -60dB
MB39C022N 1.2V -55dB
EN1 EN2 CH1 and POR CH2 VREF, UVLO, OTP
L L OFF OFF OFF
H L ON OFF ON
L H OFF ON ON
H H ON ON ON
Input voltage range: 2.5V to 5.5VOutput voltage/current
- DC/DC block (CH1): Voltage setting range: 0.8V to 4.5VCurrent: 600mA (Max.)
- LDO block (CH2): Output voltage (fixed):
3.3V, 2.85V, 1.8V and 1.2VCurrent: 300mA (Max.)
- The DC/DC circuit adopts the PFM/PWM mode to improve efficiency under light load. The current mode architecture is also adopted to achieve high-speed load response.
- The LDO circuit is optimal for power supplies of analog circuits such as RF as it satisfies the low-noise requirement.
- The built-in Power on Reset (POR) function enables the construction of the power startup sequence without signals from an MCU.
Rich protective functionsShort-circuit protection (SCP), over-current protection (OCP), over-temperature protection (OTP), and under voltage lock out protection (UVLO) are provided.Package: SON-10 (Photo 1)Adoption of the SON package contributes to the reduction in the board area of power management circuit.3.0mm×3.0mm×0.75mm (lead pitch 0.5mm)
Product Features
Introduction Functions
Applications
Evaluation Board
Future Development
Power Management IC for Portable Devices 1-Channel DC/DC Converter + 1-Channel Low-Noise LDO + POR
MB39C022G / MB39C022J / MB39C022L / MB39C022N
FUJITSU Power Management IC23 FUJITSU Power Management IC 24
Photo 1 Appearance
Photo 2 Evaluation Board
Figure 1 Layout of Power Part
Figure 6 Application Example (Portable Instrument with One-cell Li-ion Battery)
Figure 7 Application Example (RF-PA)
Figure 3 Connection Diagram Illustrating the Selection of an Output from Two Values
Figure 4 Connection Diagram Illustratingarbitrary change at Output
Figure 5 Relation between Output and DAC(in the case where: 620kΩ, R2 = 110kΩ, and R3 = 330kΩ)
VIN=2.5V (PWM)VIN=2.5V (PWM)
100%
90%
80%
70%
60%
50%
40%
30%
20%
10%
0%1 10
PFMPFM
100 1000Load current (mA)
Conversion efficiency - load current (Vout = 3.3V, PFM/PWM)
VIN=3.1V (PWM)VIN=3.1V (PWM)
VIN=3.7V (PWM)VIN=3.7V (PWM)
VIN=4.8V (PWM)VIN=4.8V (PWM)
VIN=5.5V (PWM)VIN=5.5V (PWM)
Figure 2 Conversion Efficiency of MB39C326
Conv
ersi
on e
ffic
ienc
y η
(%)
CINVDDVCCENXPSVSELILIMSELGND
VOUT
FB
VSELSW
DGND
SWOUT SWIN
COUT
VOUTVBATT
R1
L1
L or H
R2R3
CINVDDVCCENXPSVSELILIMSELGND
VOUT
FB
VSELSW
DGND
SWOUT SWIN
COUT
DAC VDAC
VOUTVBATT
R1
L1
R2
R3
5V
5V 3.3V
2.5V-4.2V
MB39C326
AC/DC
USB I/F
Li-ionbattery
Even when changing its voltage, the Li-ion battery can stably supply 3.3V to the microcontroller.
MCU
RTC
RAM
Buzzer
LEDs
Button
PA
PA output
PA powervoltage
Pin
VBATT
PoutPA
Pin
VBATT
VBATT
PA output
PA powervoltage
Vout
VoutVDAC
Pout
MB39C326
Excessive power (blue area) is supplied.
Power in the red area can be reduced.
L
VIN
GND
GND
CIN
COUT
R1
R2
7.2m
m
6.4mm
VOUT
10.7mm
8.0m
m
R2
R1
CIN
COUT
COUT
VOUT
VIN
GND
GND GN
D
L
Packaging area: 1/2MB39C3266MHz
2.4MHz
0.5µHSize: 2 × 2mm
2.2µHSize: 4 × 4mm
VOUT
(V)
DAC voltage (V)
VOUT - DAC4.5
4.0
3.5
3.0
2.5
2.0
1.5
1.0
0.5
0.00.0 0.5 1.0 1.5 2.0 2.5
Topology
Buck
Boost
Output voltage
3.3V
3.3V
Maximum output current
1200mA
800mA
Table 1 Maximum Output Current (in the PWM Mode)
Table 2 Function Settings with XPS Terminal and ILIMSE Terminal
Mode XPSCurrent
limit(A)
Input voltage range (V)
Minimum Maximum
Output voltage range (V)
Minimum MaximumILIMSEL
PWM mode H 2H
L
H
L
1
0.5
3.1
2.5
4.8
5.5
0.4
0.8
4.2
5.0L
Auto-switching mode between PFM/PWM
Power Management IC for Portable Instruments 6MHz Synchronous Rectification Buck Boost DC/DC Converter IC
MB39C326
This product is a highly effective and low-noise 6MHz buck boost DC/DC converter IC that has been developed for mobile instruments using a one-cell lithium-ion battery. With its high operating frequency (6MHz), the inductor size can be significantly reduced compared with existing 2 to 3MHz products, and the board area of the power part can be downsized by half (Figure 1). Since our unique buck boost circuit switches automatically between the voltage increasing operation and the voltage decreasing operation against input voltage, power is supplied stably even when the inputting battery voltage decreases, and the system driving time can be expanded through the effective utilization of the remaining power in the battery.
An evaluation board (Photo 2) that enables easy evaluation of the product unit is available.
Evaluation board
Input voltage range: 2.5 to 5.5VOutput voltage: 0.4 to 5.0V (adjustable)Additional resistance to the feedback resistance inputs signals from DAC, and the output level can be flexibly changed (Figure 4).Maximum output current: 1,200mA (with buck topology)Table 1 shows the maximum output current.Operating frequency range: 6MHzHigh efficiency with the PFM/PWM auto-switching modeThe DC/DC circuit features the PFM/PWM auto-switching mode (power-save mode) to enhance efficiency when the load is small. The PWM fixed mode can be operated in by setting the XPS terminal to the H level (Table 2).A full range of protection functionsOvercurrent protection (OCP), over temperature protection (OTP), under voltage lockout protection (UVLO), and a soft start function are loaded.Maximum efficiency: 93%Figure 2 shows the conversion efficiency at the DC/DC part of the product.
Feature
VOUT VFB R2
R1 R2= ×+
VOUT VFBR1 R2 R3= ×+( )||
R2 R3||
VDAC VFB 1R1=- × ×R3
R1
R3
R1
R2+ + +( )VOUT
VOUT VFB= × R2
R1 R2+
DC/DC control methodThe internal oscillator (square-wave oscillating circuit) operates the synchronous rectification of the built-in P-ch MOSFET and the N-ch MOSFET at the predetermined frequency (6MHz). Our unique circuit technology allows seamless switching between the voltage increasing mode and the voltage decreasing mode, thereby realizing high-efficiency operation.
Overcurrent protection functionThis function controls the current to prevent higher output current than the setting from flowing. Also, when the output current reaches the current limit value, the output voltage starts dropping. The overcurrent protection function detects current flowing from the built-in P-ch MOSFET (overcurrent protection function) that connects the VDD terminal to the external inductor. The current limit value can be selected from three values, according to the XPS terminal and the ILIMSEL terminal theory, as shown in Table 2.
Output voltage setting functionOutput voltage setting by FB splitting resistance (constant output)
Output voltage setting by the VSELSW terminal (selecting an output from two values)Two output setting voltages can be switched between by inputting the VSEL terminal signal (Figure 3).- VSEL = L - VSEL = H
Output voltage setting by signal input (output is arbitrarily variable)By inputting DAC signals, the output voltage can be changed arbitrarily according to the setting formula (Figure 4).
Relation between output and DACFigure 5 shows the relation between the output and the DAC when the settings are R1 = 620kΩ, R2 = 110kΩ, and R3 = 330kΩ.
Operation example of RF power amp (PA) (Figure 7)When a PA has low transmitting and output power, and a conventional battery is directly connected to it, excessive energy is supplied to the PA. By inserting the DC/DC between the PA and the battery, the voltage supplied to the PA (Vout) can be changed and adjusted according to the transmitting and output power, and the power efficiency can be improved accordingly.
Functions
This product is ideal for the following applications: - Mobile phones, smart phones, digital book terminals, and PDAs - Products with one-cell lithium ion batteries (Figure 6) - RF power amps (PAs) - RF-PC cards
ApplicationThis product is a power management IC for portable instruments that has a highly effective buck boost DC/DC converter, which expands the available input voltage range. It can be loaded on a small 2.15mm × 1.94mm package(Photo 1), and can configure a power system with a small footprint at low BOM cost, with its built-in switching FET. By inputting signals such as DAC, it can control the output voltage value dynamically.
Introduction
FUJITSU Power Management IC25 26FUJITSU Power Management IC
VIN VIN
IOUT
IOUT
VOUT2
PGND
VOUT1
MODE1
VREFIN1
VDET
VREFVIN
PGND
VCTL
MODE2
VREFIN2
VREF
VXPORCTLPCTL2CTL1
AGND
VREF
XPOR
Fujitsu Semiconductor provides evaluation boards for you to evaluate our semiconductor devices.
You can search our products at the following homepage.URL : http://www.fujitsu.com/global/services/microelectronics/
The details shown above may change without notice. Please contact our sales division for inquiries.
Example: MB39C015 evaluation board Example: MB39C015 connection diagram
For detailed electric properties and operating conditions, refer to the data sheet of each product.
Power Management ICsPower Management ICs
18 17 16 15
MB39C015
14 13
12
11
10
9
8
7
6543
24
23
22
21
20
19
21
Package Lineup
RoHS Compliance Information
Package Evaluation Board
Search of Product and Document
0.65mm 0.65mm4.40×6.50×1.45mm 5.6×7.75×1.45mm0.80mm4.2×3.5×1.45mm
SOP Series
SSOP Series
0.65mm4.40×9.70×1.20mm
0.50mm3.00×3.00×0.75mm
SON Series
0.50mm7.00×7.00×1.70mm
LQFP Series
0.4mm4.0×4.0×0.8mm0.50mm4.00×4.00×0.85mm
QFN Series
0.50mm5.00×5.00×0.85mm
Applications
After the list is displayed, you can choose your desired products.
It can search from the Application.
IC Lineup of DC/DC Converter Data sheets
Catalog of Power Management ICs
TSSOP28
Body Size Lead Pitch
SOP8
SSOP8
TSSOP16
SOP8 SOP16
SSOP20 SSOP24
TSSOP24
LQFP48SON10
Body Size Lead Pitch
Body Size Lead Pitch
Body Size Lead Pitch
Body Size Lead Pitch Body Size Lead Pitch
Body Size Lead Pitch Body Size Lead Pitch
Body Size Lead Pitch
Body Size Lead Pitch
Body Size Lead Pitch
Body Size Lead Pitch0.50mm
TSSOP20
QFN28QFN24
Body Size Lead PitchBody Size Lead Pitch
QFN32 QFN48
Body Size Lead Pitch0.5mm7.00×7.00×0.8mm
Body Size Lead Pitch
1.27mm 1.27mm 1.27mm3.9×5.05×1.75mm 5.3×6.35×2.25mm 5.3×10.15×2.25mm
0.65mm4.40×5.00×1.10mm 0.65mm 0.50mm4.40×6.50×1.10mm 4.40×6.50×1.20mm
TSSOP Series
Lead (Pb) Free Version Fujitsu LSI products are compliant with RoHS Directive, and observe the standards of lead, cadmium, mercury, hexavalent chromium, polybrominated biphenyls (PBB), and polybrominated diphenyl ethers (PBDE)
An RoHS-compliant product is indicated by trailing characters "E1" in its part number.
Lead (Pb) Free Version Fujitsu LSI products are compliant with RoHS Directive, and observe the standards of lead, cadmium, mercury, hexavalent chromium, polybrominated biphenyls (PBB), and polybrominated diphenyl ethers (PBDE)
An RoHS-compliant product is indicated by trailing characters "E1" in its part number.
FUJITSU Power Management IC27 FUJITSU Power Management IC 28
Fujitsu Semiconductor (Shanghai) Co., Ltd. (FSS)Shanghai
Fujitsu Semiconductor Limited (FSL)Yokohama
Fujitsu Semiconductor Asia Pte. Ltd. (FSAL)Singapore
Fujitsu Semiconductor Europe GmbH (FSEU)Langen
Fujitsu Semiconductor America, Inc. (FSA)Sunnyvale (CA)
Global Network
Global NetworkASIA Fujitsu Semiconductor (Shanghai) Co., Ltd.(FSS) Shanghai/Beijing/Shenzhen/Dalian
Fujitsu Semiconductor Korea Limited(FSK) Seoul/Daegu
Fujitsu Semiconductor Pacific Asia Limited(FSP) Hong Kong/Taipei
Fujitsu Semiconductor Asia Pte. Ltd.(FSAL) Singapore/Penan/Bangalore/Delhi
Fujitsu Semiconductor Design (Chengdu) Co. Ltd. (FSDC) Chengdu
Nantong Fujitsu Microelectronics Co., Ltd. (NFME) Nantong
JAPAN Fujitsu Semiconductor Limited (FSL) Yokohama
EUROPE Fujitsu Semiconductor Europe GmbH(FSEU) Germany-Langen, Munich/UK-Maidenhead/France-Paris/Italy-Milan/ Turkey-Istanbul/Hungary-Budapest
Fujitsu Semiconductor Embedded Solutions Austria GmbH(FEAT) Lintz
AMERICA Fujitsu Semiconductor America, Inc.(FSA) Sunnyvale-CA/San Diego-CA/Spring Hill-TN/Detroit-MI/Boston-MA
Fujitsu Semiconductor Wireless Products, Inc. (FSWP) Tempe-AZ
FUJITSU Power Management IC29 FUJITSU Power Management IC 30
Tabl
e of
Pow
er M
anag
emen
t ICs
*1
Dep
ends
on
exte
rnal
set
tings
.*2
A
s the
curre
nt v
alue
whe
n an
ext
erna
l FET
is a
ttac
hed
is m
erel
y a
roug
h gu
ide,
cont
act t
he F
ujits
u Se
mic
ondu
ctor
tech
nica
l dep
artm
ent i
f you
are
exc
eedi
ng th
e w
ritte
n va
lue.
*3
Che
ck w
ith th
e sa
les
repr
esen
tativ
e fo
r the
sto
ck s
tatu
s.
*4
Out
puts
the
pres
et (
refe
renc
e vo
ltage
× c
ell m
ultip
lier)
val
ue fr
om a
pre
set f
unct
ion.
*5
The
MB3
9C31
6 ou
tput
vol
tage
acc
urac
y is
the
valu
e in
the
rang
e of
Ta=
-30
to 8
5 (
).*6
T
he M
B39A
202A
LD
O3
outp
ut v
olta
ge a
ccur
acy
is th
e va
lue
in th
e ra
nge
of T
a=-5
to 8
5 (
) an
d ou
tput
cur
rent
= 0
to 3
0mA.
*7
LD
O3=
0.1A
(at L
DO
5=0A
)*8
O
n/O
ff co
ntro
l by
exte
rnal
sig
nals
*9
Ope
ratio
nal a
mpl
ifier
Prod
uct c
ateg
ory
Number of channels (ch)
Topo
logy
Power supply voltage (V)
Output voltage (V)
Output voltage accuracy (%) *5
Maximum output current (A) *2
Out
put
driv
er
Oscillation frequency (Hz)(Max)
Switc
hing
FE
T ty
peFr
eque
ncy
contr
olO
n/O
ffPr
otec
tion
func
tion
Oth
ers
Cha
rge
cont
rol
func
tion
Package(numeric value shows
the number of pins)
Sales
promo
tion too
l
Mod
el
BuckBoostInvert
Buck/BoostInvert charge pumpBoost charge pump
LDO
FET compatible
FET (internal)
Open corrector
Nch/Nch synchronous rectificationPch/Nch synchronous rectification (Pch asynchronous rectification selectable)
Pch asynchronous rectification
PFM/PWM automatic shift
PWM fixed
Control pin
Soft start
Soft stop
Over input current protection
Overcurrent protection
Short-circuit protection
Over input voltage protection
Overvoltage protection
Under voltage protection
Under voltage lock out protection
Over temperature protection
POWERGOOD
External voltage detection functionNumber of battery cells
(cell)Under input voltage charging stop functionConstant voltage mode indication
to monitor full chargingPreset charging voltage without external resistorBuilt-in AC adaptor detection function
Datasheet
Evaluation Board *3
General-purpose DC/DC Converter (External FET)M
B38
001
-
--
--
-1.
8 to
15.
0*1
±4.
01
--
-1M
--
--
-
--
-
--
-
--
-
SOP8
, SSO
P8
-
MB
39A
130A
1
--
--
--
4.5
to 2
5.0
0.7
to 5
.0
or 1
.2/2
.5±
1.52/±
1.49
20
--
600k
-
--
-
--
-
TSS
OP
24
MB
39A
135
1
--
--
--
4.5
to 2
5.0
0.7 an
d abo
ve ±
1.0
15
--
1M
--
-
-
-
-
-TS
SO
P16
MB
39A
104
2
--
--
--
7.0
to 1
9.0
1.24 a
nd ab
ove ±
1.05
3
--
1.5M
--
-
-
-
-
--
-
--
SS
OP
24
MB
39A
136
2
--
--
--
4.5
to 2
5.0
0.7 an
d abo
ve ±
1.0
15
--
1M
--
-
-
-
-
-TS
SO
P24
MB
39C
011A
2
--
--
--
4.5
to 1
7.0
1.0 an
d abo
ve ±
1.0
5
--
2M-
-
--
-
--
-
--
-TS
SO
P16
MB
39A
214A
C
H1
2
--
--
--
6.0
to
28.0
0.7
to 5
.3±
0.7
20
--
230k
/460k
/750k
-
-
-
--
--
TSS
OP
24
C
H2
-
--
--
-0.
7 to
5.3
±0.
720
-
-31
0k/6
20k/1
M
--
-
-
-
--
DC
DC
12
-
--
--
-5.
5 to
28
0.7
to 5
.5±
1.0
20
--
600k
-
-
-
-
-
-
QFN
28
M
B39
A20
2A
DC
DC
2
--
--
-0.
7 to
5.5
±1.
020
-
-
--
--
-
LDO
52
--
--
--
5.
0±
1.6
0.1
--
--
--
--
-
-
--
--
--
--
LDO
3-
--
--
-
3.3
±2.
0*6
0.05
*7-
--
--
--
--
--
--
-
--
CH
13
-
--
--
-7.
0 to
25
.0
1.0
and
abov
e ±
1.0
1.5
-
-
2.6M
--
-
--
-
--
--
--
TSS
OP
20
M
B39
A11
2 C
H2
-
--
--
-1.
23
and
abov
e ±
0.98
1.5
-
--
-
-
-
--
-
--
-
--
-
CH
3
--
--
--
±0.
981.
5
--
--
-
--
-
--
--
--
General-purpose DC/DC Converter (Internal FET) M
B39
C01
41
-
--
--
-2.
5 to
5.5
0.45
to 3
.6±
4.0
0.8
-
-2M
/3.2
M(fi
x)-
-
-
-
--
-
--
-
-
-
SO
N10
MB
39C
006A
1
--
--
--
2.5
to 5
.50.
45 to
3.6
±4.
00.
8-
-
2M/3
.2M
(fix)
-
-
--
--
-
--
-
SO
N10
MB
39C
015
2
--
--
--
2.5
to 5
.50.
45 to
3.9
±4.
00.
8-
-
2M(fi
x)-
-
-
-
--
-
--
-
-
Q
FN24
MB
39C
007
2
--
--
--
2.5
to 5
.50.
45 to
3.9
±4.
00.
8-
-
2M(fi
x)-
-
-
--
-
--
-
-
Q
FN24
MB
39C
326
1-
--
-
--
2.5
to 5
.50.
4 to
5.0
±3.
00.
8/1.
2-
-
6M(fi
x)-
-
-
-
--
-
-
-W
L-C
SP
20
DC/DC+LDO
MB3
9C02
2G
DC/D
C2
-
--
--
-2.
5 to
5.
50.
8 to
4.5
±2.
50.
6-
-
2M(fi
x)-
-
-
-
--
--
-
-
-
-
SO
N10
LD
O-
--
--
-
3.3
0.3
--
--
--
--
-
--
--
--
-
MB3
9C02
2J
DC/D
C2
-
--
--
-2.
5 to
5.
50.
8 to
4.5
±2.
50.
6-
-
2M(fi
x)-
-
-
-
--
--
-
-
-S
ON
10
LDO
--
--
--
2.
850.
3-
--
--
--
-
--
-
-
--
--
MB3
9C02
2L
DC/D
C2
-
--
--
-2.
5 to
5.
50.
8 to
4.5
±2.
50.
6-
-
2M(fi
x)-
-
-
-
--
--
-
-
-S
ON
10
LDO
--
--
--
1.
80.
3-
--
--
--
-
--
-
-
--
--
MB3
9C02
2N
DC/D
C2
-
--
--
-2.
5 to
5.
50.
8 to
4.5
±2.
50.
6-
-
2M(fi
x)-
-
-
-
--
--
-
-
-S
ON
10
LDO
--
--
--
1.
20.
3-
--
--
--
-
--
-
-
--
--
DCDC
13
-
--
--
-
2.7
to
5.5
1.2
±8.
40.
8-
-
1.7M (fix)
--
-
-
--
-
--
-
--
WL-
CSP4
9
DCDC
2
--
--
-1.
825
±4.
20.
6-
-
--
-
--
--
--
--
DCDC
3-
--
-
-3.
3±
3.1
0.65
-
--
--
-
--
--
--
-
MB
39C
316
LDO
1
4
--
--
--
2.
875
-2.7
to +
4.4
0.2
-
--
--
--
--
--
--
-
LDO
2-
--
--
-
1.22
5±
6.2
0.26
-
--
--
--
--
--
--
-
LDO
3-
--
--
-
1.2/
1.3
±8.4
/ ±7.7
0.08
4-
-
--
--
--
--
--
--
LDO
4-
--
--
-
2.92
5±
2.6
0.00
65-
-
--
--
--
--
--
--
DC/DC+LDO
DC
DC
12
-
--
--
-
3.0
to
5.5
1.0
to 1
.3±
31
-
-1.
7M
(fix)
-
-
-
*8
-
-
--
--
-W
L-C
SP
64
under construction
-
DC
DC
2
--
--
-1.
8/1.
85/2
.1±
31
-
--
-
-
--
--
LDO
1
12
--
--
--
2.
85/3
±3
0.30
-
-
-
--
--
--
-
--
-
LDO
2-
--
--
-
2.05
/2.1
±3
0.15
-
--
--
--
-
--
--
LDO
3-
--
--
-
1.8/
1.85
/2.
1/2.
2±
30.
3-
-
--
--
--
-
--
-
LDO
4-
--
--
-
1.7
to
5.5
1.1
±5
0.15
-
--
--
--
-
--
--
MB
39C
331
LDO
5-
--
--
-
3.0
to
5.5
1.8/
2.85
/2.
9/3
±3
0.05
-
--
--
--
-
--
--
LDO
6-
--
--
-
3.0/
3.07
5/3.
1/3.
3±
30.
05-
-
--
--
--
-
--
-
LDO
7-
--
--
-
2.7
±3
0.15
-
--
--
--
-
--
--
LDO
8-
--
--
-
1.7
to
5.5
1.2
±5
0.15
-
--
--
--
-
--
--
LDO
9-
--
--
-
3.0
to
5.5
2.6
±3
0.05
-
--
--
--
-
--
--
LDO
10-
--
--
-
2.85
±3
0.05
-
--
--
--
-
--
--
LDO
11-
--
--
-
1.8
±3
0.15
-
--
--
--
-
--
--
LDO
12-
--
--
-
1.7
to
5.5
1.3
±5
0.3
-
--
--
--
-
--
--
Charge Control M
B39
A13
2A1
-
--
--
-8.
0 to
26
.04.
0 or
4.2
or
4.35
/ ce
ll,O
ptio
nal *
4±
0.5
4
--
2M
--
--
--
--
--
-
-
-2
to
4
-
Q
FN32
MB
39A
134
1
--
--
--
8.0
to
25.0
4.2
or 4
.1 /c
ell,
Opt
iona
l *4±
0.5
3
--
2M-
-
--
-
--
--
--
-
-
-2
to
4-
TS
SO
P24
DC/DC Converter for LCD Panels
Vlog
ic
4
-
--
--
-
8.0
to
14.0
1.8
to 3
.3±
1.5
1.5
-
-
500k
/75
0k(fix
)
--
--
(fix)
--
--
-
--
-
TSSO
P28
(with
hea
t di
ssip
atio
n pa
d)
M
B39
C31
3A
VGL
--
--
-
-*1
0±36
mV
0.1
--
--
--
-
(fix)
--
--
--
--
-
Vs-
-
--
--
18.1
max
±0.
91.
5-
-
--
--
--
-
-
--
-
VGH
--
--
-
-*1
±2.
10.
1-
--
--
--
(fix)
--
--
--
--
-
Vs
4
-
--
--
-
8.0
to
14.0
20m
ax±
11.
5-
-
500k
/ 75
0k
(fix
)
-
--
-
-
-
-
QFN
48
(with
hea
t di
ssip
atio
n pa
d)
Apr.2012
Vlog
ic
--
--
--
1.8
to 3
.3±
11.
1-
-
--
--
(fix)
--
-
-
VGL
--
--
-
-*1
0.25
V±
40m
V0.
25-
--
--
--
(fi
x)-
-
(fi
x)
--
-
MB
39A
302
VGH
--
--
-
-*1
±2
0.25
--
--
--
-
(fix)
--
-
--
-
Vref
_o-
--
--
-
*1±
0.5
0.06
-
--
--
--
--
--
(fix)
--
--
-
VCO
M*9
-*1
-0.
75-
--
--
--
--
--
(fix)
--
--
-
Gat
e Vo
ltage
Sha
ping
--
--
--
--
--
DC/DC Converter for System Power Supply
CH
1
6
-
--
--
-
1.7
to
11.0
1.0
and
abov
e
±1.
0
1.5
-
-
2M
-
-
-
--
-
--
--
-
-LQ
FP48
CH
2
--
-
--
1.23
an
d ab
ove
1.5
-
--
-
-
-
--
-
--
--
-
MB
39A
123
CH
3
--
-
--
1.5
-
--
-
-
-
--
-
--
--
-
CH
4
-
-
--
1.5
-
--
-
-
-
--
-
--
--
-
CH
5-
-
-
--
1
--
--
--
--
-
--
--
--
CH
6-
-
-
--
1
--
--
--
--
-
--
--
--