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High Speed Data Converters

Welcome to the High Speed Data Converters Section of the TI E2E Support Community. Ask questions, share knowledge, explore ideas, and help solve problems with fellow engineers. To post a question, click on the forum tab then "New Post".

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Data converters
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Related Posts
  • Blog Post: Keeping in touch...

    Kristina Arnold Kristina Arnold
    Welcome to the new High Speed Data Converters Announcements tab! We'll be using this area to post the latest and greatest in TI High Speed Data Converter products, along with other information we think you'll love. We'll post a ton of great stuff here, including, but not limited to: ...
    on Jul 19, 2011
  • Blog Post: Wowza!! Eight new low-power, dual-channel, 12- and 14-bit ADCs from 65 to 250 MSPS

    Kristina Arnold Kristina Arnold
    Today we announced eight new high-speed, ultra-low power consumption ADCs. These dual-channel devices are available in 12- and 14-bit resolutions at speeds from 65 to 250 MSPS. EVMs and samples are available for most of the devices today! Here’s the press release with links to more information…...
    on Jul 21, 2011
  • Blog Post: Get Your Signal Chain Basics: “Digital features in high-speed digital-to-analog converters”

    Kristina Arnold Kristina Arnold
    Robert Keller, who oversees our illustrious high-speed data converters systems and apps team, is a regular contributo r to the “Signal Chain Basics” series on EE Times . In his newest article, “ Digital features in high-speed digital-to-analog converters ,” Robert explains how...
    on Jul 25, 2011
  • Blog Post: Industry's lowest power 2- and 4-channel 1.25GSPS Digital-to-Analog Converters: DAC3484, DAC3482, DAC34H84 now in production!

    Philip Pratt Philip Pratt
    These are now available for orders! Part Numbers and Product Descriptions – DAC3484, 4-channel 16-bit 1.25GSPS DAC with 312.5MSPS/DAC input rate, multi-row QFN package DAC3482, 2-channel 16-bit 1.25GSPS DAC with 625MSPS/DAC input rate, multi-row QFN package DAC34H84, 4-channel 16...
    on Aug 2, 2011
  • Blog Post: Lowest power dual 14-bit 250MSPS ADS4249 ADC - now in production!

    Philip Pratt Philip Pratt
    Checkout the world's lowest power dual 14-bit 250MSPS ADC, the ADS4249. Its now in full production. http://www.ti.com/product/ads4249 This is TI's 2nd generation, following the ADS62P49 with 60% lower power at 560mW, SNR >72dBFS and SFDR>80dBc. It has a similar pinout to the ADS62P49...
    on Oct 17, 2011
  • Blog Post: Smallest, least-expensive, lowest-power 500-MSPS DACs

    Kristina Arnold Kristina Arnold
    In case you missed it, we recently announced the smallest, least-expensive and lowest-power dual 500-MSPS DACs. The 12-bit DAC3162 and 10-bit DAC3152 were designed for wideband transmit systems like base stations, software defined radio and portable test equipment. To dive a little deeper, check...
    on Nov 10, 2011
  • Blog Post: EE Times names DAC3162/DAC3152 "Product of the Week"

    Kristina Arnold Kristina Arnold
    So excited EE Times named our new low-power, 500-MSPS DACs - the 12-bit DAC3162 and 10-bit DAC3152 - "Product of the Week". What an honor! If you don't subscribe to the EE Times Products Newsletter or missed it last week, check it out below. Woo-Hoo! :-) ...
    on Nov 14, 2011
  • Blog Post: Highest-performance analog front end for femtocells and portable software-defined radio

    Kristina Arnold Kristina Arnold
    If you’re designing femtocell base stations or portable software-defined radio applications, we a couple of new AFEs right up your alley! The AFE7225 is the industry’s fastest, highest-performance analog front end for femotcell base stations and portable software-defined radio applications...
    on Jan 24, 2012
  • Blog Post: White paper now available: Designing a spreadspectrum radio transceiver

    Kristina Arnold Kristina Arnold
    TI partner Critical Link, an embedded systems development firm, had a customer that needed to design a spreadspectrum radio transceiver. The problem? The customer developed algorithms to modulate and demodulate the signals, but they didn’t have the resources or expertise to design the complete...
    on Feb 7, 2012
  • Blog Post: High-speed data converter roundup: January edition

    Kristina Arnold Kristina Arnold
    We just added a regular feature called the “ Monthly Roundup ” to Analog Wire , our E2E blog devoted to all things signal chain. The roundup is a compilation of new technical articles by TI signal chain experts, some of our more notable news coverage, and other goodies we collect along the...
    on Feb 14, 2012
  • Blog Post: Fastest 16-bit DAC @ 1.5 GSPS – Samples, EVMs available now

    Kristina Arnold Kristina Arnold
    Today we announced the industry’s fastest 16-bit DAC at 1.5 GSPS. The quad DAC34SH84 is 50% faster and uses 50% less power than the closest 16-bit DAC alternative, clocking in at 1.5 GSPS and consuming just 362 mW per channel. It provides an easy, pin-compatible upgrade from the 1.25-GSPS DAC34H84...
    on Feb 23, 2012
  • Blog Post: TI slashes cost of evaluating high-speed data converters by up to 80%

    Kristina Arnold Kristina Arnold
    Today we announced the industry’s highest-performance and lowest-cost evaluation boards for evaluating high-speed data converters. The TSW1400EVM data capture and pattern generation board evaluates up to 16-bit ADCs and DACs. It costs 75% less than the previous generation, while providing 2x more...
    on Feb 23, 2012
  • Blog Post: High-speed data converter roundup: February edition

    Kristina Arnold Kristina Arnold
    Continuing the new feature we started last month on Analog Wire , we’ve posted a “ Monthly Roundup ” with our newest technical articles by TI signal chain experts and some of our more notable news coverage. We’re especially excited that EE Times China named the ADC12Dxx00RF...
    on Mar 19, 2012
  • Blog Post: Tracking down spurious signals in high-speed DACs

    Kristina Arnold Kristina Arnold
    Robert Keller, Systems and Advanced Technology Manager for our High Speed Data Converter business, is a regular contributor to the long-standing and wildly popular Signal Chain Basics article series from EE Times. Robert's newest article, " Tracking down spurious signals in high-speed DACs ...
    on May 14, 2012
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