• You can log in to your eeworld account to continue watching:
  • Uniform transmission line (4)
  • Login
  • Duration:1 hours and 51 minutes and 46 seconds
  • Date:2017/05/04
  • Uploader:老白菜
Introduction
Luo Xianjue Circuit Lecture 64/Shi Qun Circuit Qiu Guanyuan Circuit Fifth Edition Chapter 1 to Chapter 18, a total of 80 lessons
Unfold ↓

You Might Like

Recommended Posts

Jack Ma, you are really awesome! ------ All the land rogues are awesome! !
Jack Ma went to England to brag because he is rich. Rich people are very arrogant (Ma is no exception). The grounds for saying he is a land rogue are: 1. He forces others to follow his own rules. Let'
dontium Talking
Door knock and door opening detection
In daily life, knocking on the door is the action of knocking on the door panel to make it vibrate and make a sound. I designed an acceleration sensor (also called accelerometer) attached to the back
cruelfox onsemi and Avnet IoT Innovation Design Competition
Find a simple discharge circuit
The power supply in the circuit is 12V DC, 220UF capacitor, the discharge is not complete after power off, and the signal is disordered when power on again within a short period of time. Is there any
laobo Analog electronics
Analysis of the Causes of TMS320C6000 Boot Failure
[font=sans-serif][b]Analysis of the causes of boot failure[/b][/font] [font=sans-serif](1) Link command file (.cmd) file[/font] [font=sans-serif]The link command file defines the parameters of the lin
fish001 DSP and ARM Processors
EEWORLD University Hall----Live Replay: ST60 Contactless Connector and Application Exploration
Live replay: ST60 contactless connector and application exploration : https://training.eeworld.com.cn/course/26699
hi5 Integrated technical exchanges
How is the output of the incremental PID control algorithm related to PWM in DC motor speed regulation?
Dear experts: I am a newbie. Recently, I used a single-chip microcomputer to do an experiment on PWM DC motor speed regulation. I used the incremental PID control algorithm. I have a question that I d
mayi_huan Embedded System

推荐文章

充电桩电路图 充电桩电路设计中单向充电桩 双向充电桩解决方案分享 2025年01月24日
大家应该还记得假期电动汽车在高速公路上抢充电桩而打架互殴的新闻,充电桩作为电动汽车的能量补给装置几乎是必备的,如果你家里没有装,那你一定会慎重考虑购买电动车,周边充电是否方便,电价是否便宜,是否安全。 特别是充电桩电路设计是否能够达到安全防护的目的,比如是否具有急停功能、过负荷保护、短路保护、漏电保护、防雷保护、过热保护、绝缘保护、电池反接、电池过压、电池故障等保护功能,...
处理安全电压控制电机启停电路的常见故障 2025年01月24日
一、按下起动按钮SB2,接触器KM2不动作,电机不转,但工作灯HL能亮。这种故障现象表明变压器正常,故障应在接触器线圈KM2回路,故障原因及解决办法如下: 1)热继电器FR的常闭触点因过载动作断开或者触点本身接触不良。可手动复位或更换热继电器FR。 2)接触器KM线圈断路。可以使用万用进行测量排除故障。 3)按钮SB1或SB2触点损坏。此故障可以用短接的办法一一排除。 二、...
PLC互锁电路梯形图运行原理详解 2025年01月24日
PLC互锁电路梯形图运行原理 我们看到的是互锁电路。I0.0为Q0.0的启动按钮,I0.2为Q0.1的启动按钮,I0.1为停止按钮。 按下启动按钮I0.0,Q0.0得电运行。 松开启动按钮I0.0,Q0.0自锁运行。 按下停止按钮I0.1,Q0.0停止运行。 Q0.1运行原理与Q0.0相同。 当Q0.0启动后,再按下I0.2。由于Q0.0常闭点断开,无...
H桥驱动电路工作原理图 2025年01月21日
H桥驱动电路的优势主要体现在以下几个方面: 控制简单:H桥驱动电路通常包含四个独立控制的开关元器件,这些开关元器件可以方便地对电流进行控制和调节,使得电路的控制变得相对简单。 低速扭矩大:H桥驱动电路在低速运行时可以产生较大的扭矩,这对于需要较大启动扭矩的应用场景非常有利。 能耗低:H桥驱动电路中的芯片通常具有较低的功耗,例如某些芯片具有较小的静态电流,从而有助于减少能耗...

Recommended Content

可能感兴趣器件

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews


Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京B2-20211791 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号