刚下载的Multisim 12 软件，安装破解的流程安装成功，打开发现没有梯形图模块，我从模块数据库发现有Ladder_Diagrams，请问高人指教如何添加或为什么没有的原因，谢谢。{:23:}
2013-10-05 15:48
;；122Hz时钟频率LCDPSbits.LP1=0；LCDPSbits.LP2=0；LCDPSbits.LP3=0；/*LCD参考LADDER CONTROL REGISTER
2019-07-03 16:02
刚下载的Multisim 14 软件，安装成功，打开发现没有梯形图仿真模块Ladder_Diagrams，请高人指教如何添加或为什么没有的原因，谢谢。
2016-05-19 09:10
/VSIVUS/PLC模拟器上可用。 以上来自于百度翻译 以下为原文 Hello Everyone.Do I designed a PLC and a Ladder diagram compiler
2018-11-15 14:29
，其他的引脚应该怎么处理，例如引脚15,16等？ 2、在下面的计算公式中，RF以及Rfb的值应该怎么算？ 3、在NotesC中的DAC ladder resistance 以及DAC digital
2025-02-07 07:16
and inconsistent readings off the Sigma Delta converter. My circuit uses a resistor ladder to attenuate a high
2019-07-24 06:06
on Comparator CBCTL1 = CBON + CBF;// Turn on comparator with filter// Vcc to resistor ladder CBCTL3
2019-03-20 06:35
; LCDVSRC Internal Resistor Ladder + Vdd for VLCD3; LCDVCON2 = 0x82; //Enable used segments LCDSE0 = 0xDF
2018-09-26 09:47
the pic24 output the bit configurations to my resistor ladder(DAC) to produce the signal. I figure I
2018-11-12 11:39
亲爱的各位，我正在和PIC16F179一起工作，我把Pi15RA1设为VREF+。事实上，我使用的是外部的2，5V电压基准。在电压基准和PN15之间，我设置了一个120欧姆的电阻。我验证了PIN寄存器的正确设置。我注意到这个电阻之间的电压下降了4MV。这意味着有一个由引脚引出的33 UA泄漏电流。也就是说，有一个和相当于输入电阻的PU15的76KOHM。在我看来，低输入电阻。你对此有何看法？这是可能还是我犯了一些错误？最好的问候，Mattia以上来自于百度翻译 以下为原文 Dear All, I'm working with the PIC16F1769 and I've setted PIN15 RA1 as VREF+. In fact I'm using an external 2,5V voltage reference. Between Voltage reference and PIN15 I put a 120 Ohm resistor.I verified that the pin registers are setting correctly. I'm noticing a voltage drop of 4mV between this resistance. This means that there is a leakage current of 33uA drawed by the pin. Also it means that there isand an equivalent input resistance of PIN15 of 76kOhm. It seems to me a low input resistance. What do you think about this? Could it be possible or am I making some mistakes? Best Regards, Mattia
2018-08-29 16:21
