传感器干货知识,25个传感器工作原理动图大全,这样学知...
1.多孔性氧化铝湿敏电容原理↓↓↓https://p1-tt.byteimg.com/origin/pgc-image/1528162238230bdbfcaaf5b?from=pc2.基本变间隙型电容传感器和差动变间隙型电容传感器的工作原理↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/15281622377721b6fe92730?from=pc
3.变面积型电容传感器工作原理↓↓↓https://p1-tt.byteimg.com/origin/pgc-image/1528162237397444d6c92e7?from=pc
4.利用接近开关进行物体位检测的原理↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/15281622366106d95ee62ca?from=pc
5.光柱显示编码式液位计原理↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/1528162236209430227e4c6?from=pc
6.电容式压力传感器↓↓↓https://p3-tt.byteimg.com/origin/pgc-image/15281622355997c1df6c78a?from=pc
7.差压式液位计a↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/1528162235294c4078684f6?from=pc
8.差压式液位计b↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/1528162235073036a5afb81?from=pc
9.差压式液位计c↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/15281622348062431f10b90?from=pc
10.电容液位计原理图↓↓↓https://p3-tt.byteimg.com/origin/pgc-image/152816223456719b3354037?from=pc
11.电容测厚仪↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/152816223405863609cf888?from=pc
12.电容加速度传感器↓↓↓https://p3-tt.byteimg.com/origin/pgc-image/1528162233189519dbbd929?from=pc
13.电容式油量表原理↓↓↓https://p1-tt.byteimg.com/origin/pgc-image/152816223269767c34b0f85?from=pc
14.频率差法测量流量的原理↓↓↓https://p1-tt.byteimg.com/origin/pgc-image/15281622323566e551131f4?from=pc
15.空气传导型超声波发生、接收器的结构↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/1528162231726f104b57d5b?from=pc
16.超声波应用的两种类型↓↓↓https://p3-tt.byteimg.com/origin/pgc-image/15281622313220953415ab9?from=pc
17.超声波探头的结构↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/1528162230959551c8f0719?from=pc
18.超声波流量计的原理↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/15281622305926828ef7258?from=pc
19.超声波测量密度原理↓↓↓https://p1-tt.byteimg.com/origin/pgc-image/152816223018225020a0b4a?from=pc
20.超声波测量液位原理↓↓↓https://p3-tt.byteimg.com/origin/pgc-image/152816222933136d9ec4b58?from=pc
21.超声防盗报警器↓↓↓https://p3-tt.byteimg.com/origin/pgc-image/152816222863597de20f45f?from=pc
22.纵波探伤↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/15281622275160f7ac88451?from=pc
23.横波探伤↓↓↓https://p3-tt.byteimg.com/origin/pgc-image/1528162226145604153e1c7?from=pc
24.表面波探伤↓↓↓https://p6-tt.byteimg.com/origin/pgc-image/1528162225721063eec178e?from=pc
看了楼主的帖子,不由得精神一振,豁然开朗,牛掰 无回帖,不论坛,这才是人道。
水个经验,楼主加油,支持你~ 蹲一波同款,有没有小伙伴推荐? 同款经历!我当初也这么过来的😂 笑不活了,评论区比正文还精彩! 这逻辑绝了,分析得太到位了吧 求个链接 / 教程,楼主好人一生平安~ 赞同 + 10086,完全说出了我的想法!
页:
[1]
2