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TC246 Datasheet(PDF) 10 Page - Texas Instruments |
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TC246 Datasheet(HTML) 10 Page - Texas Instruments |
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10 / 30 page ![]() TC246 SOCS096 – JULY 2010 www.ti.com OPTICAL CHARACTERISTICS TA = 25°C, integration time = 16.67 ms (unless otherwise noted) PARAMETER TEST CONDITIONS MIN TYP MAX UNIT Red 2700 Without IR-cut filter Green 1700 Blue 1300 With typical CCM gain Red 150 With IR-cut filter Green 200 Sensitivity(1) Blue 110 RGB Type TC246RGB-B0 V/lx sec Red 27 Progressive scan operation Without IR-cut filter Green 17 Blue 13 Without CCM gain Red 1.5 With IR-cut filter Green 2 Blue 1.1 Cyan 2420 Yellow 3735 Without IR-cut filter Magenta 3195 Green 2100 With typical CCM gain Cyan 280 Yellow 475 With IR-cut filter Magenta 275 Green 240 Sensitivity(1) CYM Type TC246CYM-B0 Cyan 24 V/lx sec Progressive scan operation Yellow 37 Without IR-cut filter Magenta 32 Green 21 Without CCM gain Cyan 2.8 Yellow 4.8 With IR-cut filter Magenta 2.7 Green 2.4 No CCM gain 400 Anti blooming enabled, no CCM gain 180 Saturation signal output(2) mV With typical CCM gain 1500 Zero input offset output(3) 100 mV Blooming overload ratio(4) 500:1 Image area well capacity 28k e Smear(5) -84 dB Dark current(6) 0.01 nA/cm2 Dark signal(7) 0.01 mV (1) Light source temperature is 2856 °K. The IR filter used is CM500 1 mm thick. (2) Saturation is the condition in which further increase in exposure does not lead to further increases in output signal. (3) Zero input offset is the residual output signal measured from the reset level with no input charge present. This level is not caused by the dark current and remains approximately constant independent of temperature. It may vary with the amplitude of SRG1. (4) Blooming is the condition in which charge induced by light in one element spills over to the neighboring elements. (5) Smear is the measure of error signal introduced into the pixels by transferring them through the illuminated region into the memory. The illuminated region is 1/10 of the image area height. The value in the table is obtained for the integration time of 33.3 ms and 1.5 MHz vertical clock transfer frequency. (6) Dark current depends on temperature and approximately doubles every 8 Co. Dark current is also multiplied by CCM operation. The value given in the table is with the multiplier turned off and it is a calculated value. (7) Dark signal is actual device output measured in dark. 10 Submit Documentation Feedback Copyright © 2010, Texas Instruments Incorporated Product Folder Link(s): TC246 |
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