NOIS1SM0250A-HHC ON Semiconductor, NOIS1SM0250A-HHC Datasheet
NOIS1SM0250A-HHC
Specifications of NOIS1SM0250A-HHC
Related parts for NOIS1SM0250A-HHC
NOIS1SM0250A-HHC Summary of contents
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... Mono color filter array ■ 84-pin JLCC package ■ Less than 350 mW power consumption ■ Ordering Information Marketing Part Number NOIS1SM0250A-HHC NOIS1SM0250S-HHC NOIS1SM0250A-HWC NOIS1SM0250S-HWC NOIS1SM0250A-WWC Refer Ordering Code Definition on page 20 for more information. Semiconductor Components Industries, LLC, 2011 © July, 2011 - Rev. 7 ...
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... Timing and Readout of Image Sensor ............................11 Image Readout Procedure ..........................................11 Loading the X and Y Start Positions ............................13 Other Signals ...............................................................14 Pinlist .................................................................................15 Package .............................................................................18 Package with Glass .....................................................18 Die Alignment ..............................................................19 Window Specifications ................................................20 Ordering Code Definition..................................................20 Handling Precautions .......................................................20 Limited Warranty .........................................................20 RoHS (Pb-free) Compliance ........................................20 Acceptance Criteria Specification ...................................21 Acronyms ..........................................................................21 Document History Page ...................................................22 Rev www.onsemi.com | Page NOIS1SM0250A ...
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... Measured local, on central image area 50% of pixels in (typical) the dark Measured in central image area 50% of pixels, at Qsat/2 - 4750 3805 e /s RMS At RT, scale linearly with integration time Horizontal: 0.36 at 600 nm. Vertical: 0.39 Rev www.onsemi.com | Page NOIS1SM0250A Remarks in cavity) 2 Comment Figure 2 and Figure 3 ...
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... INL none 310 ns To reach 99% of final value 125 ns < 350 mW Average at 8 MHz pixel rate Figure 2. Spectral Response Curve QE 0.4 QE 0.3 600 700 800 Wavelength [nm] Rev www.onsemi.com | Page NOIS1SM0250A Comment QE 0.2 QE 0.1 QE 0.05 QE 0.01 900 1000 1100 ...
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... The scan is performed both horizontal and vertical. Figure 3. UV Region Spectral Response Curve STAR250 UV-m easurem ent 250 300 350 WaveLength [nm ] Figure 4. Pixel Profile Scan distance [mm] Rev www.onsemi.com | Page NOIS1SM0250A 400 450 QE 100 horizontal pixel profile Vertica pixel profile Imaginary pixel boundaries 100 105 110 500 ...
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... Criterion 2 after 3 × 10^10 protons at 11.7 MeV Rev www.onsemi.com | Page NOIS1SM0250A Remarks Hand soldering only. The sensor’s temper- ature during soldering should not exceed this limit. Remarks Maximum 1 hour Hand soldering only. The sensor’s temperature during soldering should not exceed this limit ...
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... Annealing results in a significant dark current decrease. 1,4 1,2 1 0,8 0,6 0,4 0 Figure 6 shows the percentage of pixels with a dark current increase under 11.7 Mev radiation with protons. Figure 6. Percentage of Pixels with Dark Current Increase Figure 5. Dark Current Increase Total Ionizing Dose [Mrad(Si)] Rev www.onsemi.com | Page NOIS1SM0250A 10 12 ...
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... This device contains circuitry to protect the inputs against damage due to high static voltages or electric fields. Take normal precautions to avoid applying any voltages higher than the maximum rated voltages to this high impedance circuit. [1,2,3] Parameter Rev www.onsemi.com | Page NOIS1SM0250A Min Typ Max Units – ...
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... Pixels Col Sel Rst 512 Column Amplifiers 1024 1024 512 9 X Address Decoder / Shift Register Figure 8. STAR250 Pixel Structure Reset Figure 8 shows an Rev www.onsemi.com | Page NOIS1SM0250A 512 Rst Progr. Gain Amplifier Sig T1 Read T2 T3 Clk_YR SyncYR 10 D9...D0 Clk_ADC Ain Aout ...
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... Nr. Pixels: Number of pixels read out each line (X). ■ RBT: Row Blanking Time = 3.2 s (typical). ■ Pixel period: 1/8 MHz = 125 ns (typical). ■ Figure 9. Electronic Shutter Reset sequence Frame time Rev www.onsemi.com | Page NOIS1SM0250A Figure 9. The integration time is Reset line Read line x Time axis Integration time ...
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... The effective integration time tint is calculated as delaylines x line time. The line time is a function of four terms: the time to output the desired number of pixels in the line (Wframe) and the overhead ("blanking") time needed to select a new line and perform the double sampling and reset operations. Rev www.onsemi.com | Page NOIS1SM0250A ...
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... S and the falling edge on L/R). In this case, the total idle time is minimal. This timing assumes that the Y start register was loaded in advance, which can occur at any time but before the pulse on SYNC_YL or SYNC_YR. Rev www.onsemi.com | Page NOIS1SM0250A T8 Time Available for Read Out of Row Y ...
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... For example, the X start register can be loaded during the row idle time. The Y start register can be loaded during readout of the last row of the previous frame. If the start address does not change for later frames, it does not need to be reloaded in the register. Rev www.onsemi.com | Page NOIS1SM0250A Figure 12. ...
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... TESTPIXEL_ARRAY is an array (14x5) of pixels where the photodiodes are connected in parallel. These structures measure the photocurrent of the diodes directly. TESTPIXEL_RESET and TESTPIXEL-OUT are connections to a single pixel that are used for testing. Rev www.onsemi.com | Page NOIS1SM0250A Time Available for Read Out of Row Y T21 T22 Pixel 1 Pixel 2 ...
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... Apply pulse pattern; see Figure 11 Selects row indicated by left/right shift register high active (1=select row) Apply for normal operation Use left or right shift register for SELECT and RESET 1 = left/0 = right; see Figure 11 Rev www.onsemi.com | Page NOIS1SM0250A Pin Description DD_ADC_DIG Pin Description Pin Description ...
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... Low first clock period after last active column (low active) End-of-scan of YR shift register Low first clock period after last row (low active) ADC output bit (LSB) ADC output bit ADC output bit Rev www.onsemi.com | Page NOIS1SM0250A Pin Description Figure 11 Pin Description ...
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... Must be left open for normal operation. Reset input of single test pixel. Must be tied to GND for normal operation. Output of single test pixel. Must be left open for normal operation. Rev www.onsemi.com | Page NOIS1SM0250A Pin Description Pin Description with a 100 nF capacitor for 8 MHz pixel DD DD ...
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... Note Min and Max limits are not measured on every unit, but guaranteed by assembly process. Figure 13. STAR250 Package Dimensions JLCC-84 Black Alumina BA-914 -6 7.6 × Limits Min Typ Max – – 0.15 –0.05 0 0.05 –0.018 – 0.118 –0.05 0 0.05 –0.05 0 0.05 Rev www.onsemi.com | Page NOIS1SM0250A Units ...
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... Figure 14. Die Alignment 68 μ Center of Cavity and of FPA Center of Offset Between Center of Silicium Silicium and Center of Cavity μm Die: Glass Window: 0.508+0.01 Drawing Not to Scale Rev www.onsemi.com | Page NOIS1SM0250A Parallelism in X and Y within + 50 μm A 1.0+/-0.05 Window Adhesive: 0.08+0.02 Die Adhesive: 0.08+0.02 ...
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... A case that the above material, which is used intentionally in the manufacturing process, is contained in or adhered to the inquired product. Rev www.onsemi.com | Page NOIS1SM0250A Material BK7G18 25 × ± 0 ± 0. ...
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... PLL PLS PRBS PRNU PSN PSNL QC QE QFW RMS ROI Rev www.onsemi.com | Page NOIS1SM0250A Definition megabit per second multifield point CMOS image sensor metal fill factor metal-insulator-metal megapixel megaradiation most significant bit megasamples per second modulation transfer function multiplexer printed circuit board ...
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... Document History Page Document Title: NOIS1SM0250A STAR250 250K Pixel Radiation Hard CMOS Image Sensor Submission Rev. ECN No. Date ** 310213 See ECN *A 603159 See ECN *B 649360 See ECN *C 2766198 09/19/09 *D 2788268 10/16/2009 *E 2934134 5/20/2010 *F 3104861 12/08/2010 7 N/A 07/07/2011 ON Semiconductor and the ON logo are registered trademarks of Semiconductor Components Industries, LLC (SCILLC). SCILLC reserves the right to make changes without further notice to any products herein. SCILLC makes no warranty, representation or guarantee regarding the suitability of its products for any particular purpose, nor does SCILLC assume any liability arising out of the application or use of any product or circuit, and specifi ...