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AD9641BCPZ-80

AD9641BCPZ-80

Analog Devices
Closely related member of the AD964x family as an alternative ADC option.
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Overview

The AD9641BCPZ-80 is a member of Analog Devices' AD964x family of high-performance analog-to-digital converters. It is intended for systems that need a high-resolution, high-speed ADC option in a compact IC. Typical usage is as the front-end sampling stage in receivers, instrumentation, and high-speed data-acquisition chains.

Why Choose This Part

Choosing this AD964x-family device gives you a compact, single-chip ADC solution with the electrical and packaging support that Analog Devices provides, along with application notes and layout guidance for high-speed designs. Its family-common pinout and variants make it easier to evaluate tradeoffs between speed and resolution without redesigning the full analog front end.

Applications

Radio receivers and software-defined radio
Digitize IF/baseband signals in communications receivers and SDR front ends where dynamic range and wide instantaneous bandwidth are required.
Test and measurement instruments
High-resolution sampling for spectrum analyzers, digitizers, and precision data-acquisition systems.
Medical imaging and ultrasound
Front-end analog-to-digital conversion for ultrasound beamformers and other medical imaging electronics.
Optical and fiber-optic receivers
Use after transimpedance/IF stages to digitize high-speed analog signals from photodetectors.

Getting Started

Start with the manufacturer's evaluation board and reference schematic for layout, grounding, decoupling, and clocking guidance. Capture the converter outputs with an FPGA or high-speed data capture card that supports the converter's digital output format; follow Analog Devices' application notes for recommended input drivers and clock sources. Pay careful attention to PCB layout, supply decoupling, and input termination to achieve expected performance.