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TCD1304AP

Toshiba
Part Number TCD1304AP
Manufacturer Toshiba
Description CCD LINEAR IMAGE SENSOR
Published Apr 23, 2005
Detailed Description TCD1304AP TOSHIBA CCD LINEAR IMAGE SENSOR CCD(Charge Coupled Device) TCD1304AP The TCD1304AP is a high sensitive and lo...
Datasheet PDF File TCD1304AP PDF File

TCD1304AP
TCD1304AP

Overview
TCD1304AP TOSHIBA CCD LINEAR IMAGE SENSOR CCD(Charge Coupled Device) TCD1304AP The TCD1304AP is a high sensitive and low dark current 3648 −elements linear image sensor.
The sensor can be used for POS scanner.
The device consist of sensitivity CCD chip.
The TCD1304AP has electronic shutter function (ICG).
Electronic shutter funtion can keep always output voltage constant that vary with intensity of lights.
FEATURES l Pixel Number : 3648 l Pixel Size : 8µm×200µm l Photo Sensing Region : High Sensitive & Low Dark Current pn Photodiode Weight: 2.
7g (Typ.
) l Internal Circuit : CCD Drive Circuit l Power Supply : Only 3.
0V Drive (MIN.
) l Function : Electronic Shutter Sample and Hold Circuit l Package : 22 Pin DIP (T−CAPP) TOSHIBA−CCD−ADVANCED−PLASTIC−PACKAGE PIN CONNECTION MAXIMUM RATINGS (Note 1) CHARACTERISTIC SYMBOL RATING Master Clock Pulse Voltage SH Pulse Voltage ICG Pulse Voltage Digital Power Supply Analog Power Supply Operating Temperature Storage Temperature VφM VSH VICG VDD VAD Topr Tstg −0.
3~7 −25~60 −40~100 Note: All voltage are with respect to SS terminals.
(Ground) UNIT V °C °C (TOP VIEW) 1 2001-10-15 CIRCUIT DIAGRAM TCD1304AP PIN NAMES φM SH ICG VAD VDD SS NC Master Clock Shift Gate Integration Clear Gate Power (Analog) Power (Digital) Ground Non Connection 2 2001-10-15 TCD1304AP OPTICAL / ELECTRICAL CHARACTERISTICS (Ta = 25°C, Vφ = 4.
0V (PULSE), f φ = 0.
5MHz, tINT (INTEGRATION TIME) = 10ms, LOAD RESISTANCE = 100kΩ, VAD = VDD = 4.
0V, LIGHT SOURCE = DAYLIGHT FLUORESCENT LAMP) CHARACTERISTIC SYMBOL MIN TYP.
MAX UNIT NOTE Sensitivity Photo Response Non Uniformity Register Imbalance Saturation Output Voltage Dark Signal Voltage Total Transfer Effeiciency Dynamic Range Saturation Exposure DC Power Dissipation DC Signal Output Voltage Output Impedance Image Lag of Electronic Shutter R PRNU RI VSAT VMDK TTE DR SE PD VOS Zo VLAGICG 110 160 ― V / lx·s ― ― 10 % (Note 2) ―― 3 % (Note 3) 450 600 ― mV VOD = 3.
0V (Note 4) ...


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