High-speed ADCs (≥10 MSPS) ADC3908D025 8-bit, two-channel, 25-MSPS ADC, single clock cycle latency single or differential input pin control Approx. price (USD) 1ku | 4.91 ADC3908D065 NEW High-speed ADCs (≥10 MSPS) ADC3908D065 8-bit, two-channel, 65-MSPS ADC, singl...
www.ti.com Table of Contents Application Report High Speed SAR ADC: Data Rate, Performance, and Pin Count Optimization Daniel Brock ABSTRACT Size, cost, and performance are key considerations for many high-speed (+ 10 MSPS) SAR ADC applications. Whether it is because of a size and or ...
高速三态ADC,属于电子信号的模-数转换技术领域. Tri-state high-speed ADC, belongs to the electronic signal analog - digital conversion technology. 电容源的开关工作在高频时,实现对电容源的输入输出的高速采样,改善电容源的输出电压电流质量. Source capacitance switching at high frequencies, to achieve source...
aresought.Inthisresearch,weintroducealow-powerhigh-speedpipelinedADC architecturethatemploysaprechargedresistor-ladderdigital-to-analogconverter (RDAC)andamulti-bitfrontendwithalow-gainopamp.Avoidingtheneed foropampnonlinearitycalibration,theADConlycomputesthegainerrorsand ...
Choosing the Best High-Speed ADC for Your SoC1 / 17By Darren Hobbs (S3 Group) Biography Darren Hobbs is the Director of Product Management at S3 Group. He has over 20 years of experience operating in the semiconductor industry in roles such as CMO, Product Line Management, Product Marketing...
Figure 1. This high-speed ADC (U1) uses its COM output to set a precise common-mode level. Simplifying the translation of VCM are U1's dc common mode output (COM,pin 1), REFIN (pin 46), and REFOUT (pin 45). COM provides a dc output (VDD/2) that matches the input common-mode...
Abstract: The input common-mode voltage range (VCM) is important in the design of communication receivers that include baseband-sampling, high-speed ADCs. A VCM is especially important for single-supply, low-voltage circuits with DC-couple...
网络数字转换器 网络释义 1. 数字转换器 高速模拟/数字转换器(High speed ADC) 通常是模拟前端电路系统里最基本的组成组件。由于模拟/数字元转换器的性能决定系 … www.pcbtech.net|基于3个网页 例句 释义: 全部,数字转换器
(such as 65 nm CMOS and 28 nm CMOS) have enabled the high speed ADC to cross the GSPS (gigasample per second) barrier. What this provides the systems designer with is the ability to sample wider and wider bandwidths for digital processing. Systems designers are constantly trying to reduce...
the same circuit can burn about half the power on a 28 nm process as it did on a 65 nm process. The corollary to that is you can run the same circuit at twice the speed on 28 nm process, as you did at 65 nm while burning the same amount of power. TheAD9208illustrates this to...