Analog Devices AD9734/AD9735/AD9736 10-12-14‑Bit 1200 MSPS DAC Handbook

AD9734/AD9735/AD9736 are 10-, 12-, and 14-bit 1200 MSPS DACs with excellent dynamic performance and adjustable analog output. They feature an LVDS data interface and built-in self test, and are suitable for applications such as broadband communications systems, cellular infrastructure, point-to-point wireless, and test equipment.


Analog Devices AD9734/AD9735/AD9736 10-12-14‑Bit 1200 MSPS DAC Handbook - cover page
Brand
Analog Devices
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
68
File format
PDF
File size
1.7 MB
Published
09 May, 2012
Updated
28 September, 2023
Model
AD9734
MD5 checksum
2EE8377AE5AE3C7CDB514CCA66660DB9

About this manual

The AD973x family (AD9734, AD9735, AD9736) are high‑performance, high‑frequency DACs offering sample rates up to 1200 MSPS and output currents programmable from 8.66 mA to 31.66 mA. They target broadband communications, cellular infrastructure, radar, avionics, and test equipment.

The handbook contains detailed functional block diagrams, pin configurations, DC/AC/Digital specifications, SPI register maps, and performance charts such as SFDR, INL/DNL, and power consumption. It also includes application notes, evaluation board schematics, and ordering information.

What's inside

  • Features
  • Applications
  • Product Description
  • Functional Block Diagram
  • DC Specifications
  • AC Specifications
  • Digital Specifications
  • SPI Register Map
  • Theory of Operation
  • Ordering Guide

Specifications

Resolution14‑bit (AD9736), 12‑bit (AD9735), 10‑bit (AD9734)
Maximum Sample Rate1200 MSPS
Power Consumption (FIR Bypass, 1× mode)380 mW

Frequently asked questions

What is the maximum sample rate of the AD973x DACs?

The AD973x family supports a maximum update rate of 1200 MSPS.

What resolutions are available in the AD973x family?

The family includes a 14‑bit (AD9736), 12‑bit (AD9735), and 10‑bit (AD9734) DAC.

How much power does the device consume in FIR bypass mode?

In FIR bypass (1×) mode the device consumes 380 mW.

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