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HTQ3018 Specification Ver. 0.2 CMOS Image Sensor

1 / 12 Copyright © 2012 HT, Inc. All Rights Reserved.

HT, Inc.

Document #: HTQ3018-E02

HTQ3018 CMOS

Image Sensor Specification 0.2




REVISION HISTORY

Version : 0.2 Date : 2013-02-28 Author : Approved by : Description :

2012-09-18 First Version (Ver. 0.1)

2012-09-19 Preliminary Version Release (Ver. 0.11)

2012-10-04 HW Specification Added (Ver. 0.12)

2013-02-28 Modified Electronic Characteristics (Ver. 0.2)

This document contains information on a new product. Specifications and information herein are subject to change without notice. HT, Inc. shall not be liable for technical or editorial errors or omissions contained herein; nor for incidental or consequential damages resulting from the furnishing, performance, or use of this material. Copyright law protects all parts of the HT, Inc. Specification and all rights are reserved. This documentation may not, in whole or in part, be copied, photocopied, reproduced, translated, or reduced to any electronic medium or machine readable form without prior consent, in writing, from HT, Inc. Home Page: http://www.ht-ics.com

http://www.ht-ics.com/




TABLE OF CONTENTS

CONTENTS REVISION HISTORY ..................................................................................................................................................... 2

OVERVIEW ...................................................................................................................................................................... 4

FEATURES & SPECIFICATIONS ............................................................................................................................... 4

Sensor Specification ...................................................................................................................................... 4

Output Specification ...................................................................................................................................... 4

Image Processing Features .......................................................................................................................... 4

Supporting Features ...................................................................................................................................... 4

APPLICATIONS .............................................................................................................................................................. 4

BLOCK DIAGRAM ......................................................................................................................................................... 5

PIN CONFIGURATION .................................................................................................................................................. 5

PIN DESCRIPTION ........................................................................................................................................................ 6

ELECTRICAL CHARACTERISTICS ........................................................................................................................... 8

Absolute Maximum Rating ............................................................................................................................ 8

Recommended Operating Condition ............................................................................................................. 8

Power Consumption ...................................................................................................................................... 8

IO Pin Capacitance ....................................................................................................................................... 8

DC Characteristics......................................................................................................................................... 9

PACKAGE INFORMATION ........................................................................................................................................ 10

Optical Specification .................................................................................................................................... 10

Top View ...................................................................................................................................................... 11

Bottom View ................................................................................................................................................ 12




OVERVIEW

HTQ3018 is the most advanced analog CMOS images sensor in the surveillance camera industry with a built-in powerful

image signal processor (ISP). Together with industry’s latest imaging enhancing and surveillance technologies such as

back light compensation (BLC), multi-language programmable OSD, SMART IR LED control, high light inversion (HLI),

UTC and day & night control (DNC), HTQ3018 is the top contender in analog CMOS image sensor (CIS).

FEATURES & SPECIFICATIONS

Sensor Specification

Total Pixel Array: 732 (H) x 504 (V)

Effective Pixel Array: 728 (H) x 488 (V)

Pixel Size: 6.35 µm x 7.4 µm

Effective Image Area:

4,622.8 µm x 3,611.2 µm

Power Supply: 3.0 V AVDD & DVDD

Optical Format: 1/3”

Clock Frequency: Max 54 MHz

Sensitivity: 13.5 V/lux.sec

SNR: 46 dB

Dynamic Range: 63 dB

Dark Current: 12 mV/sec @ 60 ℃

Operating Temperature: -30 ~ 70 ℃

Package Type: 40-pin CLCC

Output Specification

Composite (CVBS)

- NTSC: 60 Fields per Second

- PAL: 50 Fields per Second

Image Processing Features

Auto Black Level, Auto White Balance,

Auto Exposure Control, Auto Focus

D-WDR

2D Digital Noise Reduction

High Light Inversion

False Color Suppression

Horizontal / Vertical Mirroring

Brightness & Contrast

Programmable Gamma Function

Lens Shading Compensation

High Image Quality & Ultra Low Light

Performance

Supporting Features

SMART IR LED Control

D&N Filter Control

Motion Detection

Programmable Multi-Language Icon / Text OSD

(11 Languages)

Embedded Moving IR Filter Switch &

Iris Switch Driver

Defect Pixel Correction (Auto & Manual)

Polygonal Privacy Mask

Parking Line

External Sync (Gen. Lock) Support

50 Hz & 60 Hz Automatic Flicker Cancellation

Crystal Input Support

On Chip Regulator for DVDD (3.0 V)

APPLICATIONS

Surveillance Camera

Automotive Black Box

Video Door Phone

Automotive Front & Rear View Camera




BLOCK DIAGRAM

PIN CONFIGURATION

Top View

*This drawing is not to scale and for reference only.

PIN # NAME PIN # NAME PIN # NAME PIN # NAME

1 AVSS 11 RESETN 21 SF_CS 31 GPIO3

2 ADIN2 12 GPIO0 22 DVDD 32 GPIO4

3 ADIN1 13 GPIO1 23 LDO_C 33 GPIO5

4 ADIN0 14 DVSS 24 DVSS 34 GPIO6

5 ADC_AVDD 15 LDO_C 25 GPIO2 35 DOP

6 ADC_AVSS 16 SF_D3 26 JIG_CS 36 DON

7 NCLKI 17 SF_CLK 27 JIG_MISO 37 DAC_AVSS

8 NCLKO 18 SF_D0 28 JIG_MOSI 38 DAC_RREF

9 DVSS 19 SF_D2 29 JIG_CLK 39 DAC_AVDD

10 TPD 20 SF_D1 30 LDO_C 40 AVDD




PIN DESCRIPTION

PIN # NAME IO TYPE DESCRIPTION

1 AVSS P ANALOG GROUND

2 ADIN2 I ADC INPUT CHANNEL 2



5 ADC_AVDD P ANALOG POWER FOR ADC (TYPICAL 3.0 V)

6 ADC_AVSS P ANALOG GROUND FOR ADC

7 NCLKI I MAIN CLOCK CRYSTAL INPUT

8 NCLKO O MAIN CLOCK CRYSTAL OUTPUT

9 DVSS P DIGITAL GROUND

10 TPD I GROUND RECOMMENDED

11 RESETN I RESET INPUT

12 GPIO0 IO GENERAL PURPOSE INPUT / OUTPUT*



15 LDO_C - LDO FOR DIGITAL CORE

16 SF_D3 IO SERIAL FLASH MEMORY DATA IO 3

17 SF_CLK O SERIAL FLASH MEMORY CLOCK



20 SF_D1 IO SERIAL FALSH MEMORY DATA IO 1

21 SF_CS O SERIAL FLASH MEMORY CHIP SELECT

22 DVDD P DIGITAL VDD (TYPICAL 3.0 V)




26 JIG_CS I CHIP SELECT INPUT

27 JIG_MISO O DATA OUTPUT

28 JIG_MOSI I DATA INPUT

29 JIG_CLK I CLOCK INPUT









35 DOP O VIDEO DAC OUTPUT. COMPOSITE DIFFERENTIAL POSITIVE SIGNAL

36 DON O VIDEO DAC OUTPUT. COMPOSITE DIFFERENTIAL NEGATIVE SIGNAL

37 DAC_AVSS P ANALOG DAC GROUND

38 DAC_RREF - EXTERNAL REFERENCED RESISTOR

39 DAC_AVDD P ANALOG DAC VDD (TYPICAL 3.0 V)

40 AVDD P ANALOG VDD (TYPICAL 3.0 V)

*Functions of each GPIO (General Purpose Input / Output) varies depending on board design. Please contact HT, Inc. for recommendations.




ELECTRICAL CHARACTERISTICS

Absolute Maximum Rating

ITEM MIN MAX UNIT

AVDD

-0.3 4.0 V ADC_AVDD

DAC_AVDD

DVDD

Recommended Operating Condition

ITEM MIN TYP MAX UNIT

AVDD

2.7 3.0 3.3 V ADC_AVDD

DAC_AVDD

DVDD

Power Consumption

ITEM CONDITION TYP UNIT

AVDD 3 V 24

mA ADC_AVDD 3 V 1

DAC_AVDD 3 V 31

DVDD 3 V 98

IO Pin Capacitance

ITEM SYMBOL MAX UNIT

INPUT CAPACITANCE Cin 5

pF OUTPUT CAPACITANCE Cout 8

I/O PIN CAPACITANCE Cio 10




DC Characteristics

ITEM SYMBOL CONDITION MIN MAX UNIT

LVCMOS INPUT LOW VOLTAGE VIL - - 0.3xDVDD V

LVCMOS INPUT HIGH VOLTAGE VIH - 0.7xDVDD -

INPUT LOW CURRENT IIL VIN = VSS -10 -

uA

INPUT LOW CURRENT WITH PULL UP

IIL_UP VIN = VSS -100 -

INPUT HIGH CURRENT IIH VIN = VDD - 10

INPUT HIGH CURRENT WITH PULL DOWN

IIH_DN VIN = VDD - 100

OUTPUT HIGH VOLTAGE VOH IOH = 200 uA DVDD -0.2 - V

OUTPUT LOW VOLTAGE VOL IOL = -200 uA - 0.2




PACKAGE INFORMATION

Optical Specification




Top View




Bottom View

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