XRD98XX Search Results

Contextual Info: XRD9815 Preliminary 3-Channel 12-Bit Linear CCD & CIS Sensor Signal Processors November 1998-4 FEATURES • Internal Voltage Reference • 5V Operation and 3V I/O Compatibility • Low Power CMOS: 500mW @ 5V • 32-Pin TQFP Surface Mount Package • Single 12-Bit 12 MSPS A/D Converter

Contextual Info: XRD9815 3-Channel 12-Bit Linear CCD & CIS Sensor Signal Processors January 1999-2 FEATURES • Internal Voltage Reference • 5V Operation and 3V I/O Compatibility • Low Power CMOS: 500mW @ 5V • 32-Pin TQFP Surface Mount Package • Single 12-Bit 12 MSPS A/D Converter

6V66

Abstract: CCD LINEAR SENSOR 512 linear CCD 512 DB10 HP5082-2835 XRD9815 XRD9815ACQ vex4r
Contextual Info: XRD9815 3-Channel 12-Bit Linear CCD & CIS Sensor Signal Processors November 1999-2 FEATURES □ 5V Operation and 3V I/O Compatibility □ Triple-Channel,4.5 MSPS CCD Color Scan Mode □ Low Power CMOS: 500mW @ 5V □ Single-Channel, 9 MSPS Mode □ 32-Pin TQFP Surface Mount Package

circuit diagram of 8-1 multiplexer design logic

Abstract: CCD linear image sensor 22-pin scanner XRD98XX DB10 XRD9810 XRD9812 XRD9820 XRD9820ACV XRD9822 XRD9822ACV
Contextual Info: Preliminary XRD9820/22 _ 3-Channel, 10/12-Bit Linear CCD and CIS Sensor Signal Processors with Analog Mux April 1998-2 FEATURES Single 10/12-Bit 8 MSPS A/D Converter • Internal/External Voltage Reference Serial or Parallel Programming Interface •

Contextual Info: XRD9815 3-Channel 12-Bit Linear CCD & CIS Sensor Signal Processors September 1999-3 FEATURES • Internal Voltage Reference Triple-Channel, 4 Mega Pixels Per Second CCD Color Scan Mode • 5V Operation and 3V I/O Compatibility • Low Power CMOS: 500mW @ 5V

Contextual Info: XRD9810/12 3-Channel 10/12-Bit Linear CCD & CIS Sensor Signal Processors August 1999-1 □ Inverting or Non-Inverting Mode FEATURES □ Internal Voltage Reference □ Single 10/12-Bit 8 MSPS A/D Converter □ 5V Operation and 3V I/O Compatibility □ Triple-Channel, 2.5 MSPS CCD Color Scan Mode

Contextual Info: XRD9815 3-Channel 12-Bit Linear CCD & CIS Sensor Signal Processors March 1999-4 FEATURES □ Internal Voltage Reference □ Single 12-Bit 12 MSPS A/D Converter □ 5V Operation and 3V I/O Compatibility □ Low Power CMOS: 500mW @ 5V □ Triple-Channel, 4 MSPS CCD Color Scan Mode

BSAM

Abstract: DB10 HP5082-2835 XRD9815 XRD9815ACQ w188
Contextual Info: XRD9815 Preliminary Ì E T E X A 3-Channel 12-Bit Linear CCD & CIS Sensor Signal Processors R June 1999-2 FEATURES □ Internal Voltage Reference □ Single 12-Bit 12 MSPS A/D Converter □ 5V Operation and 3V I/O Compatibility □ Low Power CMOS: 500mW @ 5V

Color CIS line sensor

Abstract: DB10 XRD9810 XRD9810ACQ XRD9812 XRD9812ACQ
Contextual Info: X R D 9 8 1 0 /1 2 Preliminary ¡STEXAR 3-Channel 10/12-Bit Linear CCD & CIS Sensor Signal Processors December 1998-2 FEATURES • Single 10/12-Bit 8 MSPS A/D Converter • Triple-Channel, 2.5 MSPS CCD Color Scan Mode • Single-Channel, 6 MSPS Monochrome Scan Mode

Contextual Info: XRD9815 3-Channel 12-Bit Linear CCD & CIS Sensor Signal Processors March 1999-4 FEATURES □ Internal Voltage Reference □ Single 12-Bit 12 MSPS A/D Converter □ 5V Operation and 3V I/O Compatibility □ Low Power CMOS: 500mW @ 5V □ Triple-Channel, 4 MSPS CCD Color Scan Mode

Contextual Info: XRD9815 3-Channel 12-Bit Linear CCD & CIS Sensor Signal Processors March 1999-4 FEATURES □ Internal Voltage Reference □ Single 12-Bit 12 MSPS A/D Converter □ 5V Operation and 3V I/O Compatibility □ Low Power CMOS: 500mW @ 5V □ Triple-Channel, 4 MSPS CCD Color Scan Mode

Contextual Info: XRD9815 Preliminary JETEXAR 3-Channel 12-Bit Linear CCD & CIS Sensor Signal Processors May 1999-2 FEATURES □ Internal Voltage Reference □ 12-Bit 12 MSPS A/D Converter □ 5V Operation and 3V I/O Compatibility □ Low Power CMOS: 500mW @ 5V □ Triple-Channel, 4 MSPS CCD Color Scan Mode

Contextual Info: XRD9810/12 Preliminary «/ jF 3-Channel 10/12-Bit Linear CCD & CIS Sensor Signal Processors E X A R April 1998-2 FEATURES • Single 10/12-Bit 8 MSPS A/D Converter • Triple-Channel, 2.5 MSPS CCD Color Scan Mode • Single-Channel, 6 MSPS Monochrome Scan Mode