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PSpice
Addressing EMI of Common Mode Chokes
In this video prof. Sam Ben-Yaakov discusses common mode chokes inductor operation and its EMI considerations.
Read moreDetailsAC Line Filter Calculation, Design and LT Spice Simulation
In this Würth Elektronik webinar, we will learn about the calculation, LT Spice simulation, components and layout of AC line...
Read moreDetailsHow to Get Equally Split Time Base Sampling in LTspice?
This video by Sam Ben-Yaakov explains a simple trick how to make LTspice time base split equally. LTspice simulation core...
Read moreDetailsModelithics and Johanson Technology to Develop New Microwave Ceramic Capacitor Models
Modelithics®, the leading independent provider of accurate RF/microwave models, and Johanson Technology, a leader in the design and manufacture of...
Read moreDetailsModelithics Microwave Supermodels Expands to mmWave Range
Modelithics' ongoing initiative Modelithics Microwave Supermodels offers increasingly more models validated to higher frequencies (like mmWave range 50 or 67...
Read moreDetailsLTSpice for the Validation of Power Converters
This webinar by Würth Elektronik focuses on use of LTSpice to automate validation of electronic design in an example of...
Read moreDetailsFerrite Beads Behaviour Explained and its Modelling
prof. Sam Ben-Yaakov in this video explains ferrite beads behaviour and its modelling principles. Content: ferrite bead behaviour generic model...
Read moreDetailsSimulating Ferromagnetic Major and Minor Hysteresis Loops by LTspice
Sam Ben-Yaakov in this video explains how to model and simulate ferromagnetic hysteresis using LTSpice.
Read moreDetailsHigh frequency model of the physical inductor: The Cauer model
Sam Ben-Yaakov in this video part II. explains how to model and simulate a physical inductor in high frequency using LTSpice. This...
Read moreDetailsHigh frequency model of the physical inductor: The basic lumped model
Sam Ben-Yaakov in this video part I. explains how to model and simulate a physical inductor in high frequency using...
Read moreDetails
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