Features: Versatile Analog Signal Conditioning CircuitryOn-Board Reference, Crystal Oscillator and Buffers16-Bit Parallel Buffered OutputsIdeal For DSP and Data Acquisition Card InterfacesAnalog and Digital Prototyping AreaEVAL-CONTROL BOARD CompatibilityPC Software for Control and Data AnalysisDe...
EVAL-AD767XCB: Features: Versatile Analog Signal Conditioning CircuitryOn-Board Reference, Crystal Oscillator and Buffers16-Bit Parallel Buffered OutputsIdeal For DSP and Data Acquisition Card InterfacesAnalog and...
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Features: Next Generation upgrade to the ADM1021On-Chip and Remote Temperature SensingOffset Regis...
The EVAL-AD766XCB/AD767XCB is an evaluation board for the AD766X/AD767X 16-bit A/D converter family. The AD766X/AD767X family ( see ordering guide for product list ) is a high speed, successive approximation based architecture with very high performance, low power family of 16-Bit ADCs which operate from a single +5V supply with a 100kSPS to 1MSPS throughput rate range, and a flexible parallel or serial interface. The AD766X/AD767X evaluation board is designed to demonstrate the ADC's performance and to provide an easy to understand interface for a variety of system applications. A full description of the AD766X/AD767X is available in the Analog Devices AD766X/AD767X data sheets and should be consulted when utilizing this evaluation board.
The EVAL-AD766XCB/AD767XCB is ideal for use with either the Analog Devices EVAL-CONTROL BOARD, or as a stand-alone evaluation board. The design offers the flexibility of applying external control signals and is capable of generating 16-bit conversion results on a parallel buffered outputs.
EVAL-AD766XCB/AD767XCB On-board components include an AD780, a +2.5V ultrahigh precision bandgap reference, a signal conditioning circuit with two op-amps and digital logic. The board interfaces with a 96-way connector for the EVAL-CONTROL BOARD, a 20-pin IDC connector for serial output interface, and a 40-pin IDC connector for parallel output data. SMB connectors are provided for the low noise analog signal source, an external master clock and an external start/convert input.