XRD9853
Abstract: XRDAN102
Contextual Info: XRDAN102 XRD9853 Line and Frame Auto-Calibration for Offset December 1998-2 Application Note: Introduction To maximize dynamic range in the dark areas of an image the PGA black level output must be equal to the bottom reference voltage of the ADC. This ensures that a dark pixel
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XRDAN102
XRD9853
XRD9853.
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DCAM101
Abstract: 4460A XRD4460A XRD9853 XRDAN102 XRDAN107
Contextual Info: XRDAN107 Differences between the XRD9853 and the XRD4460A December 1998-2 Application Note: Introduction What are the differences between the XRD9853 and the XRD4460A? How do I hookup the XRD9853 for proper functionality? What are the timing changes required to get the XRD9853
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XRDAN107
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XRD4460A
XRD9853
XRD4460A?
DCAM101
4460A
XRD4460A
XRDAN102
XRDAN107
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XRD4460A
Abstract: XRD9853 XRDAN102 XRDAN105 XRDAN106 XRDAN108
Contextual Info: XRDAN105 XRD9853 and XRD4460A Programmable Gain Amplifier December 1998-2 Application Note: XRDAN105: XRD9853 and XRD4460A Programmable Gain Amplifier Both the XRD4460A and XRD9853 PGAs consist of two cascaded gain stages: PGA1 & PGA2. PGA1 has 3 gain settings: 6dB, 14dB or 22dB 2x, 5x, 12.6x . PGA2 gain varies
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XRDAN105
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XRD4460A
XRDAN105:
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125dB
XRDAN102
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XRDAN101
Abstract: XRD4460 XRD9853 XRD9855 XRDAN102 XRDAN109
Contextual Info: XRDAN109 Auto-Detect Line Timing Feature for XRD9855 May 1999-2 Application Note: INTRODUCTION At the beginning and/or end of every Charged Coupled Device CCD line, there are a number of dummy and Optical Black (OB) pixels. The XRD9855 uses the output from these pixels
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XRDAN109
XRD9855
XRD9855
XRDAN101
XRD4460
XRD9853
XRDAN102
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