Using the current–controlled current source (CCCS) and the voltage–controlled voltage source (VCVS) – tip_1 2. Making visible/invisible component parameters such as a MOSFET’s width/length or capacitor effective series resistance – tip_2 3. Modeling a transformer – tip_3 4. If the...
Re: DC controlled current source correct study with Ltspice «Reply #1 on:January 31, 2018, 11:02:19 pm » Your voltage source should be connected to Vin with a DC offset, you can then monitor the current coming out of the collector over frequency. Make sure it is suitably biased....
Independent current source ? Current controlled switch ? JFET transistor ? Subcircuit ? Mutual inductance ? MOSFET transistor ? MESFET transistor ? …many more ? 2011 Linear Technology 20 Drawing Lines and Labeling Nodes Draw Wire Do not forget to place a Place Ground Label Node ground in your ...
Bipolar transistor ?Voltage controlled switch Current dependent current ?Voltage dependent current ?Current dependent voltage Independent current source g ?Lossless transmission line ?Uniform RC-line ?Independent voltage source ?Independent current source ?JFET transistor ?Mutual inductance ?Independent voltage ...
CurrentdependentvoltageUniformRC-line tcurrentsourcetvoltagesource JFETtransistorCurrentcontrolledswitch MutualinductanceSubcircuit MOSFETtransistorMESFETtransistor …manymore ©2011LinearTechnology 20 DrawingLinesandLabelingNodes ...
LTspice电路仿真使用说明书与功能介绍
The symbol on the far left is a F element or CCCS (current controlled current source). The one one the right is an E element or VCVS (voltage controlled voltage source) You should be using the E element in the sym folder..it is a 4 terminal element. eT Reactions: duxbuz Like Repl...
Voltage controlled current source with time. I can make a part that is a formula having many inputs, time, frequency, voltage, temp., current, etc and outputs almost anything. C carbonzit Well-Known Member May 17, 2011 #8 I think I got it. It runs. Now I'd like to find out ...
which is two diodes and a 423uA current source in a series loop, controlling a POLY*voltage dependent voltage source. I've got no idea what its barfing on as DN1 diodes are simply: Code:[Select] .MODEL DN1 D IS=1P KF=0.2F AF=1 ...
Now we go to LTspice. The next step is to check the Laplace transfer function by using a voltage-controlled voltage source or a behavioral voltage source configured with the Laplace transform equation that came from SapWin (Figure 4).