KNH7150A场效(xiao)(xiao)应管漏(lou)源(yuan)击穿电(dian)压500V，漏(lou)极电(dian)流20A，采用(yong)专(zhuan)有新平面技术，低导(dao)...KNH7150A场效(xiao)(xiao)应管漏(lou)源(yuan)击穿电(dian)压500V，漏(lou)极电(dian)流20A，采用(yong)专(zhuan)有新平面技术，低导(dao)通电(dian)阻RDS(开启) 0.24，最小化开关(guan)损耗(hao)；具有低栅极电(dian)荷、快(kuai)恢复体二(er)极管，高效(xiao)(xiao)低...
运算(suan)放(fang)(fang)大器(qi)和(he)反相(xiang)(xiang)放(fang)(fang)大器(qi)：通过(guo)简(jian)单的负反馈(kui)配置，实现信号的放(fang)(fang)大和(he)倒(dao)相(xiang)(xiang)，广泛(fan)应...运算(suan)放(fang)(fang)大器(qi)和(he)反相(xiang)(xiang)放(fang)(fang)大器(qi)：通过(guo)简(jian)单的负反馈(kui)配置，实现信号的放(fang)(fang)大和(he)倒(dao)相(xiang)(xiang)，广泛(fan)应用于信号处理和(he)滤波。
正常工(gong)作时(shi)(shi)，假(jia)设(she)(she)引(yin)脚1的(de)电(dian)(dian)(dian)压预计(ji)在(zai)(zai)0-3.3V之(zhi)间，D1和(he)D2不(bu)会干(gan)(gan)扰。假(jia)设(she)(she)高电(dian)(dian)(dian)平为...正常工(gong)作时(shi)(shi)，假(jia)设(she)(she)引(yin)脚1的(de)电(dian)(dian)(dian)压预计(ji)在(zai)(zai)0-3.3V之(zhi)间，D1和(he)D2不(bu)会干(gan)(gan)扰。假(jia)设(she)(she)高电(dian)(dian)(dian)平为3.3V，则D1反(fan)偏不(bu)导通(tong)，另一方面D2也是不(bu)导通(tong)的(de)，因为阴极(ji)连接(jie)到(dao)VCC，引(yin)脚的(de)高电(dian)(dian)(dian)平等...
KNB2915A场(chang)效(xiao)应管漏源击穿电(dian)(dian)(dian)(dian)压150V，漏极(ji)电(dian)(dian)(dian)(dian)流130A；采用(yong)先进的(de)沟槽(cao)技术(shu)，极(ji)低的(de)...KNB2915A场(chang)效(xiao)应管漏源击穿电(dian)(dian)(dian)(dian)压150V，漏极(ji)电(dian)(dian)(dian)(dian)流130A；采用(yong)先进的(de)沟槽(cao)技术(shu)，极(ji)低的(de)导(dao)通电(dian)(dian)(dian)(dian)阻RDS(开启(qi)) 10mΩ，高效(xiao)低耗；低Rds开启(qi)、低栅极(ji)电(dian)(dian)(dian)(dian)荷，最大限度地减少导(dao)电(dian)(dian)(dian)(dian)损...
光(guang)伏逆变器(qi)作为光(guang)伏发电(dian)最重(zhong)要的(de)设备，针对与不(bu)(bu)同功率(lv)与应用，采(cai)用电(dian)路拓(tuo)扑结构(gou)...光(guang)伏逆变器(qi)作为光(guang)伏发电(dian)最重(zhong)要的(de)设备，针对与不(bu)(bu)同功率(lv)与应用，采(cai)用电(dian)路拓(tuo)扑结构(gou)较(jiao)大(da)差异。如用于组(zu)串(chuan)式(shi)逆变器(qi)上DC/AC单向或者双(shuang)向结构(gou)有NPC三电(dian)平(ping)结构(gou)，用于微型逆...
三相(xiang)四(si)(si)(si)线接(jie)法(fa)是一(yi)种常(chang)见(jian)的电力(li)系统(tong)接(jie)线方式，包括三个相(xiang)线（A、B、C）和一(yi)个中(zhong)...三相(xiang)四(si)(si)(si)线接(jie)法(fa)是一(yi)种常(chang)见(jian)的电力(li)系统(tong)接(jie)线方式，包括三个相(xiang)线（A、B、C）和一(yi)个中(zhong)性(xing)线（N）。在光伏系统(tong)中(zhong)，三相(xiang)四(si)(si)(si)线接(jie)法(fa)可以实(shi)现更高的功率输出(chu)和更好的电能质(zhi)量。
