AD628 AD8279 AD8278 AD8271 AD8274 AD8273 AD8270
以上放大器都可以实现小于1的放大倍数
Hi,
Please refer the attachment for schematic.
I am working on multi channel Data acquisition system. Each channel is sampled and quantized in 25 us.
AD7631, 18 Bit ADC, is used in this design. As per the information given in the ADC datasheet, a RF…
ADI双光束分光光度计解决方案
分光光度计最重要的产品特性就是稳定性，包括三个方面的稳定性要求：随时间和温度的漂移是非常重要的考虑因素； 需要低漂移的精确信号链； 双光束架构也是重要因素。
ADI提供了完整的双光束分光光度计解决方案，详细资料可以下载附件PDF文档。
gr4eme,
The left side of R84 should go to OUTA. The right side of R84 should go to INB-.
Break the connection from OUTA to R84.
As a side note, the abs max for the AD8599 is +/-18V. If you have a small spike on the +18V,
all bets are off and we will…
Hello Bdolf,
You have pointed out many valid points. Instrumentation amplifiers like AD8429 don't lend themselves very well to build fast and precise PGIAs because of the problems you mention in your post, being the parasitics added to the RG pins one…
Hi Peter,
I talked to an in amp designer about this question. He mentioned that it might be possible that the short circuit current limit is engaging, although he would be surprised. The short circuit current limit is something we spec as a typical number…
这是第二篇有关分光光度计应用的文章。在第一篇文章中——ADI双光束分光光度计解决方案（http://www.analog.com/media/cn/technical-documentation/apm-pdf/adi-dbs-solutions_cn.pdf），我们讨论了应用、工作原理、电路架构和设计考虑因素。本文将介绍ADI公司的相关新演示系统和产品。
下载ADI灵活全面的系统解决方案及主要产品简介请点击：http://www.analog.com/cn/design-center/landing…