HML1310 L3100 S3100 CM500 2SA1175

DESCRIPTION: HML1310 L3100 × 1 ELEMENT LINEARIMAGE SENSOR ISSUE DATE: 01/19/1999 REVISED DATA: under development.

PRODUCT NUMBER: DESCRIPTION: HML1310 HML1310 L3100 L3100 × 1 ELEMENT LINEARIMAGE SENSOR ISSUE DATE: 01/19/1999 REVISED DATA: under development. perliminary. *THIS SPECIFICATION ARE SUBJECT TO BE CHANGED WITHOUT NOTICE. HUALON MICROELECTRONICS CORPORATION NO 1,R&D 4 TH RD. SCIENCE-BASED INDUSTRIAL PARK HSIN-CHU CITY , TAIWAN .R.O.C TEL:(02)25377811,25628813 FAX:(02)25313241 (03)5774945,5783221 (03) 5789569 HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR GENERAL DESCRIPTION uThe HML1310 HML1310 is high sensitive linear image sensor with 3100 elements of sensor which sensor size is 7µm × 200µm on 7µm pitch. The device is operated by 5V power supply and 5V pulse of clock . The package is 22 pin cerdip which is made by high quality ceramic sealing with optical glass_window. APPLICATIONS FEATURES uhigh performance, bar code reader. uspectrum analyzer . u3100×1 elements of image sensor. usensor size 7µm ×200µm on 7µm pitch. uoperation frequency(typical) : 1MHZ. uresponsivity : 300 V/(lux·sec) u2 phase clocking. u5V DC power, 5V pulse clocking. uelectronic shutter. ¡ sample and hold circuit. » ¡ built in clock generator. » * Preliminary specification * CIRCUIT DIAGRAM Vgg 1 GND 21 VDD 14 VDD 22 GND 13 VDD 9 GND 8 CLOCK-DRIVERS CCD ANLOG SHIFT REGISTER READOUT GATE VOUT 20 OUTPUT AMPLIFIER S/H CIRCUIT PHOTO SENSOR DUMMY D24.D55 S1.S3100 S3100 DUMMY D56.D65 ROADOUT GATE PULSE GENERATOR SHUTTER PULSE GENERATOR READOUT GATE CCD ANLOG SHIFT REGISTER CLOCK-DRIVERS CLOCK PULSE GENERATOR 12 10 S/HSW T1 2 £rCLK 6 £rROG -1HUALON Microelectronics corporation ,No 1,R&D 4th rd. science-based industrial park HSIN-CHU city,Taiwan.R.O.C . FAX: (02)5315241,(03)5774305 7 £rSHUT HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR PIN ASSIGNMENT PIN DESCRIPTION Name 1 1 £rCLK 2 22 GND Vgg £ r LK C £ ROG r 1 2 £ SHUT r 7 GND VDD T1 8,13,21 9,14,22 10 12 VOUT 20 3,4,5,11,15, 16,17,18,19 NC 3 20 VOUT NC 4 19 NC NC 5 18 NC £rROG 6 17 NC £rSHUT 7 16 NC GND 8 15 NC VDD 9 14 VDD T1 10 13 GND NC 11 12 S/HSW NC ABSOLUTE MAXIMUM RATINGS Parameter Operating temperature Storage temperature Operating humidity Storage humidity Clock pulse voltage Shift pulse voltage Reset pulse voltage Power supply voltage Description VDD 21 Pin S/HSW Vgg 6 Output circuit gate bias Clock pulse input Readout gate pulse input Electrical Shutter pulse input GND 5V TEST Switch (with S/H or without S/H) Signal output Nonconnection Rating Max +60 +80 80% 90% Vdd Vdd Vdd +6 Min -25 -40 35% 20% -0.2 -0.2 -0.2 -0.2 -2- Unit °C °C at 40°C at 40°C V V V V HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR OPTICAL /ELECTRICAL CHARACTERISTICS Temperature=25°C, Vdd=5V, (CK, SH)=5V pulse, f CK =1MHZ, Tint =10ms , Load resistance=100K, Light source = 3200°K halogen lamp +CM500 CM500( infrared IR cutoff filter) CHARACTERISTIC Responsivity SYMBOL R MIN - TYP 300 MAX - Dynamic range Saturation Voltage Saturation exposure Total transfer efficiency Output impedance DC power dissipation Photorespons non-uniformity Photorespons non-uniformity Register imbalance Dark signal voltage Dark signal non-uniformity Output DC level DR Vsat SE TTE Z P PRNU1 PRNU2 RI DS DSNU Vo -0.8 0.002 92 -1.2 240 1.2 0.004 96 250 35 5.0 5.0 -5 5 2.0 -10 10 4 10 10 - NOTE: 1.Dynamic range (DR): Dynamic range is defined as V SAT DS ¡ ¯ is proportional to Tint (integration time ) DS DR = 2.Saturation voltage (Vsat) and Saturation exposure(SE): Vsat is defined as the minimum saturation output voltage of all effective pixels. And the exposure is defined as saturation exposure SE. -3- UNIT V NOTE lx · sec V lx·sec % mW % % % mV mV V 1 2 2 3 3 4 5 6 7 HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR 3.Photorespons nonuniformity (PRNU): Xmax PRNU1 is defined as PRNU 1 = X max X x × 100% X is average of total output signal , X max is the maximum deviation from X PRNU2 is defined as PRNU 2 = X next X next × 100% X is maximum difference of next pixel 4.Register Imbalance (RI): RI is defined as follows 3000 RI = X n - X n+1 × 100% 3000 × X Where X n and X n+1 are output 1 signal of each pixel . X is average of total output signal. 5.Dark signal voltage (DS): Dark signal is defined as average dark signal voltage of all effective pixels under room temperature 25°C, and integration time 10ms. 6.Dark signal nonuniformity (DSNU): The DSNU is defined as the different dark voltage between the peak voltage and average voltage under room temperature 25°C and integration time 10ms. peak dark signal average dark signal -4- HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR 7.Output DC level (Vo): Output DC level and Compensation DC level are defined as OS Vos -5- HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR OPERATING CONDITION Characteristic H-level CLK pulse voltage L-level H-level SHUT pulse voltage L-level H-level ROG pulse voltage L-level Power supply voltage Symbol CLK CLK SHUT ROG Vdd Min 4.5 -0.2 4.5 -0.2 4.5 -0.2 4.5 Typ 5.0 0 5.0 0 5.0 0 5 Max Vdd 0.5 Vdd 0.5 Vdd 0.5 5.5 Unit V V V V V V V CLOCK CHARACTERISTICS Temperature 25°C Parameter CLK pulse frequency CLK capacitance SHUT capacitance ROG capacitance Symbol F CLK C CLK C SHUT C ROG Min 0.1 - -6- Typ 1 10 10 10 Max 2 - MHZ pF pF pF HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR Pulse timing of £r SHUT, £r CLK, £r ROG Pulse Timing of £r ROG and £r CLK t2 t3 t4 £rSHUT t7 £rROG t8 t6 t9 t10 £rCLK £rCLK t1 t5 £rROG t11 t12 £rSHUT TIMING REQUIRMENT video signal CHARACTERISTIC SYMBOL MIN. TYP. MAX. UNIT ROG, CLK pluse timing 1 ROG, CLK pluse timing 2 ROG pulse rise/fall time ROG pulse period SHUT pulse rise/fall time SHUT pulse period SHUT, CLK pluse timing 1 SHUT, CLK pluse timing 2 ROG, SHUT pluse timing t1 t5 t 2, t4 t3 t6, t8 t7 t9 t10 t11, t12 (1/8) (1/8) 0 6 0 4000 150 150 10 (1/4) (1/4) 10 10 10 5000 200 200 - (3/8) (3/8) 100 20 100 -250 250 - ns ns ns ns ns ns ns ns ns is the period of CLK -7- HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR £rCLK-VOUT TIMING £rCLK t13 VOUT¡Î t14 VOUT TIMING REQUIRMENT CHARACTERISTIC SYMBOL MIN. TYP. MAX. UNIT CLK-VOUT output delay time1 t13 - 230 - ns CLK-VOUT output delay time2 t14 - 210 - ns Using internal sample-and hold circuit -8- HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR TIMING CHART(no sample and hold) £r ROG £r SHUT £r CLK D0 D1 D4 D21 D24 D52 S3100 S3100 D56 D55 S1 D65 VOUT Optical black (30pixels) Dummy signal(55pixels) Effective picture elements signal (3000pixels) 1-Line output period(3066 pixels) -9- Dummy signal(10pixels) HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR TIMING CHART(with sample and hold) £r ROG £r SHUT £r CLK D0 D1 D4 D21 D24 D53 D55 S1 S3100 S3100 D56 D65 VOUT¡Î Optical black (30pixels) Effective picture elements signal (3000pixels) Dummy signal(55pixels) 1-Line output period(3066 pixels) - 10 - Dummy signal(10pixels) HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR APPLICATION CIRCUIT 5V 5V 3K 22uF/10V output signal 0.01uF 2SA1175 2SA1175 VDD GND VOUT NC NC NC NC NC VDD GND S/HSW HML1310 HML1310 Vgg £rCLK NC NC £r NC £rROG SHUTGND VDD 1 £rCLK £rROG £rSHUT - 11- T1 NC HML1310 HML1310 L3100 L3100 ELEMENTS LINEAR IMAGE SENSOR PACKAGE OUTLINE 32.0 0.5 21.0 (7 um x 3000) 5.0 unit: mm 0.5 12 10.0 0.5 1 3.3 5.5 0.5 0.8 16.0 0.5 center line 10.5 1.61 0.3 3.4 0.5 0. 7 0.44 0.15 0.05 4.0 0.5 0.25 0.05 2.54 PACKAGE STRUCTURE package material lead material Cover glass refractive index 0.25 0.47 0.05 Cer-DIP 42 ALLOY 0.7mm 1.5 - 12 - 0.1