How to Simulate Silicon Carbide Power Module Performance with LTSpice, 视频播放量 34、弹幕量 0、点赞数 0、投硬币枚数 0、收藏人数 3、转发人数 0, 视频作者 _COME_ON_, 作者简介 ,相关视频:Double Pulse Testing of Si and SiC in LTSpice,10 kV SiC MOSFET Power
Solved: 你好: 我在Ltspice仿真中使用官网上的CoolMOS_P7_MOSFET_800V_SPICE.lib报错,可以使用L0,但不能使用L1和L3。应该如何正确设置参数。我使用的MOSFET是IPD80R1K2P7,是不是参数dVth和dRdson设置有误?
Sometimes the frequency response of a circuit is more important than looking at the individual voltages or currents at a specific part of the schematic. LTspice can help you achieve this with its AC analysis function. This video shows you how to perform a basic AC analysis in LTspice and ...
ESL和ESR有时会被加载到LTspice电容模型中,但快速检查将证明LTspice电容数据经常会忽略ESL。图3a和3b显示了两个等效电路:(a) 使用4.7 µF输出电容以及分立的ESL和ESR值;(b) 使用包含ESR和ESL参数的Würth电容。 图3. LTspice测试电路:(a) 使用4.7 μF电容以及分立的ESL和ESR值;(b) 使用包含ESR和E...
Summary How to Simulate a Variable Resistor in LTSpice • Ensure LT Spice is completely Maximized • Create a circuit how you normally would, with normal resistors • Set the value of resistor that you want to be variable, to be {R} • Click on .op (far right on the toolbar) ...
In LTspice, an arbitrary behavioral voltage source can be used to create an AM waveform. AM waveforms can be demodulated using a multiplier followed by a low-pass filter. A simpler (and lower-cost) approach is to use a leaky peak detector, i.e., a peak detector with...
Hello everyone, can anyone teach me how to calculate the time required to achieve steady state for a system using LTspice? You get different answers. This because the question was not clear. What "time" are you asking for? * The time for the signal in the diagram to be consid...
In this article we are going to explore the ways on how to sweep voltage in LTSpice. Personally I like LTSpice, aside from being a freeware, it is easy to use. It really does what paid simulation software can do (although not that fast when dealing with
L. T. Meade
Built into LTspice are Arbitrary Behavioral Voltage or Current Sources. They are called “B” functions, and we will use “bv” from the library. The current source is “bi”. B sources use a function to specify the output. There are three functions in LTspice that produce “noisy”...