CYII4SM1300AA-QDC Cypress Semiconductor Corp, CYII4SM1300AA-QDC Datasheet
CYII4SM1300AA-QDC
Specifications of CYII4SM1300AA-QDC
IBIS4-1300-M-2
Related parts for CYII4SM1300AA-QDC
CYII4SM1300AA-QDC Summary of contents
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... Due to a patented pixel configuration a 60% fill factor and 50% quantum efficiency are obtained. This is combined with an on-chip double sampling technique to cancel fixed pattern noise. Ordering Information Marketing Part Number CYII4SM1300AA-QDC CYII4SM1300AA-QWC CYII4SD1300AA-QDC Cypress Semiconductor Corporation Document Number: 38-05707 Rev. *C IBIS4-1300 1.3 MPxl Rolling Shutter ...
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... ADC. Figure 1. shows the architecture of the image sensor core. Pixel array Clock_YL Sync_YL Document Number: 38-05707 Rev. *C Block Diagram 10 bit ADC output amplifier Figure 1. Architecture of Image Sensor Core 1286 x 1030 pixels Column amplifiers X shift register CYII4SM1300AA Clock_YR Sync_YR Page [+] Feedback ...
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... Therefore, all specifications are referred to an output amplifier gain equal to 1. 3-transistor active pixel High fill factor photodiode μm 1286 x 1030 pixels SXGA plus 6 dummy rows and columns Nominal 10 MHz (Note 1) (Note 2) About 7 full frames/s at nominal speed full frames per second (see table1.1) CYII4SM1300AA Page [+] Feedback ...
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... Typically 15% RMS of dark current level. 9.6 mV peak-to-peak 1-2 mV RMS 10% peak-to-peak at ½ of saturation signal No missing columns nor rows Less than 100 missing pixels, clusters=<4 pixels CYII4SM1300AA per sec sec Hz 7,20 1,049E-07 9536522 13,76 5,486E-08 18228207 ...
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... LCC chip carrier 0.460 inch cavity 5 V stabilized (e.g. from a 7805 regulator) < 0.3 for low-frequencies (< 1 MHz) < 0.05 for high frequencies (> 1 MHz) Min. 50 mA, Typ. 70 mA, Max 30% 20% 600 700 800 900 Wavelength [nm] CYII4SM1300AA 10% 1000 Page [+] Feedback ...
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... FF is more than 30% between 500 and 700 nm. In view of a fill factor of 60%, the QE is thus larger than 50% between 500 and 700 nm. Figure 4. Near Infrared Spectral Response Wavelength [nm] 900 950 1000 Pixel array IBIS4 Near-IR spectral response CYII4SM1300AA 1050 1100 50% QE 10% QE plain diode Page [+] Feedback ...
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... Figure 5. IBIS4-1300 Response Curve – Two Pixels – Lowest Gain Setting (0000) 1,2 1 0,8 0,6 0,4 0 Document Number: 38-05707 Rev. *C Ibis4b B&W curve: glass window RGB curves: BG39 IR cut off 600 700 20000 40000 60000 CYII4SM1300AA Wavelength [nm] 800 900 1000 # electrons 80000 100000 Page [+] Feedback ...
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... MegaOhm to ground and decouple to VDD by 100 nF capacitor 1 MegaOhm to ground and decouple to VDD by 100 nF capacitor 100K to VDD and decouple to ground by 100 nF capacitor Anti-blooming drain control voltage Default: connect to ground. The anti blooming is operational but not maximal. ■ Apply about for improved anti-blooming ■ CYII4SM1300AA Page [+] Feedback ...
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... Power supply of image sensor core & output amplifier Ground of image sensor core & output amplifier Summarizes the specifications of the amplifier. Min. Typ 2.7 (setting 4) 22 MHz (gain setting 0...8) 50 V/μs CYII4SM1300AA Max 16 (setting 15) 4 MHz (gain setting 0) 80 V/μs Page [+] Feedback ...
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... This signal can be used as the 'zero signal' reference. Alternatively one can apply an external reference on pin EXTIN, which is applied to the output amplifier when SEL_EXTIN is 1. Offset adjustment can be done during row or frame blanking time. CYII4SM1300AA 1 + Calib_f Calib_s Page ...
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... One pulse is then generated during each row blanking time. The baseline is to use the fast calibration once per image. The slow calibration is intended as alternative if, for very slow readout, the offset drifts during the image. CYII4SM1300AA Figure 20. Page [+] Feedback ...
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... Connect with 100 K to VDD and decouple with 100 nF to GND. This setting yields 10 MHz nominal pixel rate. Lowering the resistance does increasing this rate. Voltage that can be used to clip the output signal Clips output if output signal > 'Vclip - Vth, PMOS' with Vth,PMOS=-1V Default (no clipping) CYII4SM1300AA Page [+] Feedback ...
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... The first stage sets the gain, and the second stage is a unity gain buffer, that determines bandwidth and slew rate. There is however some and Table 5. influence of gain setting on bandwidth. output amplifier bandwidth for all gain settings. CYII4SM1300AA 0.246*x y=1.074 ...
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... Figure 10. Output Amplifier Bandwidth for Different Gain Settings Unity Figure 11. Typical Transfer Characteristic of Output Amplifier (no Clipping, Voffset = Document Number: 38-05707 Rev Gain setting Input Signal During Offset Adjustment is 1 Input [V] CYII4SM1300AA Unity Page [+] Feedback ...
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... During this calibration, a stable input is required. VHIGH_DAC About 2.3 V VLOW_DAC About 1 V Figure 12., and decoupled to ground Bits 4 10 Msamples/s < 107 mA, 535 mW < after falling edge of clock < 100 ns before falling edge of clock Linear / Gamma-corrected CYII4SM1300AA Page [+] Feedback ...
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... Input, connect to sensor's output (pin 13) Input range is between 2 & (VLOW_ADC & VHIGH_ADC) ADC Clock ADC converts on falling edge Tristate control of ADC digital outputs 1 = tristate output 1 = non-linear analog-digital conversion 0 = linear analog-digital conversion 1 = invert output bits inversion of output bits Output bits D0 = LSB MSB CYII4SM1300AA 100 ns Page [+] Feedback ...
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... Power supply of digital circuits of ADC Power supply of analog circuits of ADC Ground of digital ADC circuits Ground of analog ADC circuits Table 7. pins of the ADC, and decoupled to ground. linear non-linear 2.5 3.0 3.5 Input signal [V] CYII4SM1300AA 4.0 Page [+] Feedback ...
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... 713 * ln(1 - y/(1024/(1-exp(-1024/713)))) = -1426 * ln(1-y/1343.5) Then 11-bit linear output in the range 0...2047. Document Number: 38-05707 Rev. *C H(s) = 1-exp(-a* 1024 * (1 - exp(-x/713 exp(-1024/713)) CYII4SM1300AA Page [+] Feedback ...
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... The value that is fixed at that moment will be the integration time of the NEXT frame. If the value set for the integration time changes during frame readout, the start pulse might be lost and the next frame might be invalid. We will now discuss all steps in more detail. CYII4SM1300AA Page [+] Feedback ...
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... After the synchronization pulse, two falling clock edges are needed to skip dummy pixels/lines. On every falling clock edge, the shift register selects a new row for readout or reset. timing. CYII4SM1300AA Figure Row 13 Row 17 Y reg ...
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... Therefore, a pulse patterns must be applied to several signals during this time. There is some freedom to make this pattern. The constraints are listed below: CYII4SM1300AA Page ...
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... Delay between selection of new row and end of column amplifier calibration Delay between end SIN and pixel reset On-time of reset pulse Delay between pixel reset and column sample & hold Delay between SHY and L/R\ Overlap of L/R\ over 2nd reset pulse high. Delay between SHY and start row readout CYII4SM1300AA Page ...
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... The first real (dummy) pixel is read out after the 3rd falling edge on the clock. Dummy pixels are perfectly operational pixels, but are added to shield the "real" pixels from the cross talk of the periphery. CYII4SM1300AA Page [+] Feedback ...
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... At the same time, the ADC input is frozen by the falling edge on CLK_ADC. The digital output has a delay of one pixel compared to the analog signal. The digital output becomes valid between after the falling edge on CLK_ADC. Figure 21. Pixel Timing Tp,adc CYII4SM1300AA Page ...
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... The gain is controlled by a 4-bit word. Gain values vary between 1.2 and 16, and on an exponential scale, as the F-stops of a lens. Of course, increasing the signal amplitude by increasing the gain, will also increase the noise level. The apparent increase of sensitivity is at the cost of a lower dynamic range. CYII4SM1300AA Page [+] Feedback ...
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... Dual slope operation Long integration time Short integration time Relative exposure (arbitrary scale) 40% 60% These example http://www.fillfactory.com/htm/technology/htm/dual-slope.htm. Figure 25. Linear Long Exposure Time CYII4SM1300AA 80% 100% images are found at Page [+] Feedback ...
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... Figure 26. Linear Short Exposure Time Figure 27. Double Slope Integration Document Number: 38-05707 Rev. *C CYII4SM1300AA Electrical Parameters Dc Voltages VDD and GND Nominal VDD-GND is 5V DC. Overall current consumption for the different parts. imager core + output amplifier analog ■ imager core digital ■ ADC analog ■ ...
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... Lsb Msb sets output amplifier in unity gain fast dark offset level calibration Msb Lsb 100K to VDD and decouple to GND low active (0=sync) CYII4SM1300AA Input Output Power supply Ground Signal Pixel source follower bias current Column amp 1st source follower (after SHY) ...
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... Anti-blooming drain voltage + default (5.5 V for large output swing) 4…4.5 V for double slope mode + ADC Clock CYII4SM1300AA Signal clock X shift register 1 = hold track Connect to GND (default) Should be +/- 1.2 V, depends on dccon 1 = calibrate, see timing diagram low active (0=sync) Shifts on falling edge Active low ...
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... The bonding pad pitch is 437 um in X-direction. ■ The bonding pad pitch in Y-direction is 393 um. ■ CYII4SM1300AA Signal 1=tristate; 0=output current bias for comparator after encoder current bias for encoder current bias for digital logic in columns control for non-linear behavior of sensor ...
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... First line sequence is BGRBGR ■ Second line sequence is RBGRBG ■ Document Number: 38-05707 Rev. *C 437 10158 B Sensors with Bayer pattern have: Pixel (1,1) is GREEN ■ First line sequence is ■ Second line sequence is ■ CYII4SM1300AA 635 627 9265 GRGRG BGBGB Page [+] Feedback ...
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... Diagonal stripe pattern Image sensor core Material: BG39 This material acts a NIR cut-off filter. The transmission characteristics are given in the figures ahead. The data used to create the transmission curve of the BG39 material can be obtained as info@fillfactory.com. CYII4SM1300AA 54 53 1169 m 0,0 588 m 885 ...
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... Document Number: 38-05707 Rev. *C 600 700 800 Wavelength Thickness: 0,55+-0.05 mm ■ Material: D263 The transmission characteristics are given in 600 700 Wavelength CYII4SM1300AA 900 1000 Figure 30 below. 800 900 Page [+] Feedback ...
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... Ordering Information Marketing Part Number CYII4SM1300AA-QDC CYII4SM1300AA-QWC CYII4SD1300AA-QDC FAQ 1000 100 0,1 The above graph is measured on an IBIS4-1300 under nominal operation, using breadboard. This particular sensor has about 100 "bad pixels" at RT. Average offset (=dark signal) and RMS (=FPN of dark signal) are measured versus temperature. Offset is referred to the " ...
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... Document History Page Document Title: CYII4SM1300AA IBIS4-1300 1.3 MPxl Rolling Shutter CMOS Image Sensor Document Number: 38-05707 Orig. of Rev. ECN Issue Date Change ** 310213 See ECN SIL *A 509557 See ECN QGS *B 642577 See ECN FPW *C 2766920 09/21/2009 NVEA © Cypress Semiconductor Corporation, 2006-2009. The information contained herein is subject to change without notice. Cypress Semiconductor Corporation assumes no responsibility for the use of any circuitry other than circuitry embodied in a Cypress product ...