Other Parts Discussed in Post: OPA1688 , OPA1622 This post is co-authored by Bharath Vasan .
Pop quiz! Take a look at the total harmonic distortion and noise (THD+N) curve in Figure 1. It’s for an OPA1688, a 36V, 10MHz audio operational amplifier (op…
Other Parts Discussed in Post: OPA1622 This post is co-authored by Bharath Vasan .
When we set out to create an operational amplifier (op amp) for headphone applications (which became the OPA1622 op amp), one of the first questions we needed to address…
As we get ready to "gear up” here on the TI Precision Designs Hub (AKA "The Hub), we thought you might want to first learn a little about the experts who will be sharing their analog design tips with you in the coming weeks and months.
They’ve each…
A holiday week is a good excuse to stray a bit off topic so this is my chance to tell you about Goop. It is by far the most versatile glue I’ve found. Okay, I promise to tie this in (though weakly) to electronics. Goop comes in a fat toothpaste tube and…
Other Parts Discussed in Post: LM61495-Q1 作者：Samuel Jaffe
本文提及其他相關零件： LM61495-Q1
車用系統的相關標準與規格要求十分繁雜，涵蓋電磁干擾（EMI）、散熱性能、功能安全等指標，不過最能直接影響消費者滿意度的問題莫過於「可聽見雜訊」。接下來，我將分析可聽見雜訊的常見來源，並說明如何利用搭載 TI 雙隨機展頻技術（DRSS）的元件，幫助您消除設計中的雜訊。
DRSS 技術簡介
這一切要從 EMI 談起，汽車 EMI…
Other Parts Discussed in Post: OPA316 Noise and distortion are two common enemies for engineers designing precision analog systems. But when looking at total harmonic distortion and noise (THD+N) figures in an op amp datasheet, it may not be immediately…
Last week for Halloween, I handed out candy to kids in all sorts of costumes. Some occupations make great costumes: fireman, policeman, doctor, professional athlete, and of course astronaut. But I’ll admit that every year I’m a bit disappointed that no…
A few years ago, I took a short boat tour off the coast of Hawaii. As Murphy's Law would have it, our ship was hit by a major typhoon. It seemed like the typhoon lasted for an eternity and when it was over we found ourselves washed up on a deserted tropical…
