1. Low power CCD driver with symmetrical output drive signal - US ...
A CCD gate driver circuit provides an output drive signal in response to an input clock signal. The output drive signal is symmetrical, uses a minimum amount of
2. VSP1221 Datasheet: 12 Bit, 21 MSPS, Ultra Low Power CCD Signal ...
VSP1221 Features: 12-Bit, 21-MSPS, Analog-to-Digital Converter; Low Power: 70 mW Minimum Power-Down Mode: 4 mW; Low Input-Referred Noise: 75-dB SNR Typical at 0-dB Gain
3. Analysis of Dutton-power Ccd, Montana
Complete analysis of Dutton-power Ccd, MT provided by Citymelt.com.
4. 12-Bit, 21-MSPS, UltraLow-Power CCD Signal Processor (Rev. A)
The VSP1221 is a highly-integrated mixed-signal IC used for signal conditioning and analog-to-digital conversion at the output of a CCD array. The IC has a correlated double ...
5. Low power CCD driver with symmetrical output drive signal - Patent ...
A CCD gate driver circuit provides an output drive signal in response to an input clock signal. The output drive signal is symmetrical, uses a minimum amount of power at high ...
6. Sony Global - CX-NEWS Vol.47
Drive Current Switching Function Added to High-Speed Low-Power CCD Image Sensor Output Drive Buffer IC for Digital Still Cameras CXA3741UR In 2005, Sony developed and released the ...
7. Datasheet:12-Bit, 21-MSPS, UltraLow-Power CCD Signal Processor ...
The VSP1221 is a highly-integrated mixed-signal IC used for signal conditioning and analog-to-digital conversion at the output of a CCD array. The IC has a correlated double ...
8. Drive Current Switching Function Added to High-Speed Low-Power CCD ...
Drive Current Switching Function Added to High-Speed Low-Power CCD Image Sensor Output Drive Buffer IC for Digital Still Cameras CXA3741UR ■ Reduced power consumption: 24 mW * 1 ■ ...
9. Amazon.com: Replacement AC Power Adapter for Sony DCR-TRV11, CCD ...
Amazon.com: Replacement AC Power Adapter for Sony DCR-TRV11, CCD-TRV128, CCD-TRV318, CCD-TRV328 Series (by Wasabi Power®): Electronics
10. CCD vs. CMOS: Facts and Fiction
CCD vs. CMOS: Facts and Fiction: First posted Oct 21, 2007 Last update Apr 17, 2008
