注意:各項之間請以逗號分隔

例如 , 10/21/2021

例如 , 10/21/2021

注意:各項之間請以逗號分隔

例如 , 10/21/2021

例如 , 10/21/2021

排序方式:

457 結果

LM25085/5085 Implementing Accurate Current Limit

日期:
2014年 11月 2日

時間長度:
03:25
Vijay demonstrates an opamp-based current limit circuit with TI's LM(2)5085 Constant On-Time (COT) PFET switching controller.

LMH2832 Digital Variable Gain Amplifier Overview

日期:
2016年 10月 19日

時間長度:
03:50
This video provides an overview of the LMH2832 fully differential, 2-channel, 1.1-GHz digital variable gain amplifier (DVGA). The LMH2832 provides high bandwid

LMH2832 数字可变增益放大器概述

日期:
2017年 1月 12日

時間長度:
03:50
本视频概述了TI的 lmh2832 双通道1.1GHz全差动 数字可变增益放大器 (DVGA) 。 LMH2832 可提供高带宽、低失真和低噪声,同时能够满足电缆数据传输服务接口规范DOCSIS3.0 和 3.1 的宽带通信要求。

LMH3401 7GHz Fully Differential High-Speed Amplifier Overview

日期:
2017年 6月 27日

時間長度:
04:25
LMH3401 7-GHz, fully differential ultra-wide band amplifier provides a fixed gain of 16 dB and is well suited for use in DC to radio frequency applications.

LMH6401 Digital Variable Gain Amplifier Product Overview

日期:
2017年 2月 6日

時間長度:
04:37
The 4.5 GHz, fully differential LMH6401 digital variable gain amplifier provides simple SPI serial control of gain between +26 dB and -6 dB in 1 dB steps.
LMH6401 EVM

LMH6401 Evaluation Module (EVM) Overview

日期:
2017年 1月 27日

時間長度:
05:05
LMH6401 Evaluation Module (EVM) Overview

Low Power PIR Motion Detector Design: Analog vs. Digital Solutions

日期:
2018年 5月 1日

時間長度:
06:22
This video covers the fundamentals of PIR motion detector design, and analyzes the differences between analog and digital solutions.

Low-noise and long-range PIR sensor conditioner circuit

日期:
2020年 2月 9日

時間長度:
06:56
This video discusses how to design a low-noise, long-range PIR sensor circuit.

Low-side, bidirectional current-sensing circuit

日期:
2020年 2月 9日

時間長度:
05:51
This video discusses low-side, bidirectional current sensing using an op amp.

Milliohms, Micro-ohms, Nano-ohms...

日期:
2014年 11月 2日

時間長度:
34:22
Bob Pease and friends discuss impact and measurement of very small resistances: milliohms, micro-ohms, and even nano-ohms. Featuring Paul Rako, Paul Grohe, and

Modern op amps in old school designs

Learn when to use and not to use different op-amp topologies, how to verify op-amp macro models, and op-amp rules of thumb and design tricks.

Modern Op Amps: Choosing the Right Op Amp

日期:
2018年 5月 16日

時間長度:
06:40
With all the op amps out there it can be difficult to figure out which one is best for the application. Watch this video for some selection guidelines!

Modern Op Amps: Common Application Issues

日期:
2018年 5月 16日

時間長度:
05:23
There are many problems you may encounter when designing with op amps. Watch this for some insight into some common issues!

Modern Op Amps: Driving an ADC

日期:
2018年 5月 16日

時間長度:
09:34
Driving an ADC is not always a straightforward task. Watch this video to learn about how output impedance impacts performance in this application.

Modern Op Amps: Introduction

日期:
2018年 5月 16日

時間長度:
13:13
Why doesn't your op amp work in your application? Watch this video series to learn about some of the common reasons this can happen!

Modern Op Amps: Introduction

日期:
2018年 5月 14日

時間長度:
13:13
Why doesn't your op amp work in your application? Watch this video series to learn about some of the common reasons this can happen!

Modern Op Amps: Output Impedance

日期:
2018年 5月 15日

時間長度:
12:23
What is op amp output impedance, what does it look like, and why should I care? Watch this video to find out!

Modern Op Amps: Stability Review

日期:
2018年 5月 14日

時間長度:
08:19
Why doesn't your op amp work in your application? Watch this video series to learn about some of the common reasons this can happen!

Modern Op Amps: TLV07 vs OP07

日期:
2018年 5月 15日

時間長度:
06:06
Sometimes a spec table comparison isn't enough to recommend the right part. Watch to find out why!
LIDAR training video

Multi-channel optical front-end reference design overview

日期:
2021年 7月 16日

時間長度:
04:43
Multi-channel optical front-end reference design overview
457 結果
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