27:14

Examination of the inner works of a transformer by simulation

10:13

Intuitive answer to riddle and simulation

01:33

A riddle for the magnetics-philes but open to all

17:33

A comprehensive user-friendly simulation model of ceramic capacitors

25:00

Common mode chokes: There is more than meets the eye

13:35

Improved intuitive average model of PCM converters

23:03

Practical circuits tutorials : Flyback, power

17:19

Transformer saturation and gapped core current transformer

22:01

Gain margin in PWM converters

27:16

Testing the transient response of PWM converters by LTspice

14:33

Illustration of sampling delay in PWM convertersSamp delay final

28:51

Current sharing of parallel connected power supplies by the droop method

13:44

Power flow considerations in power filters

19:51

BJT filters and capacitance multipliers

22:34

DC regulation of PWM converters

16:53

Absolute maximum ratings: II. Power MOSFET

19:14

Absolute maximum ratings: I. Op. Amp.

22:00

Ripple control of PWM converters

24:50

The inner works of Peak Current Mode (PCM) control

10:41

Estimating by time domain simulation the LoopGain transfer function

03:30

How to get equally spaced data in LTspice?

28:00

Study of thermoelectric coolers by an LTspice model

16:52

A behavioral LTspice model of phase change materials (PCM)

10:48

Back to basics #2: Practical capacitor charging losses

10:25

Back to basics: Practical capacitor charging currents by LTspice demonstration

16:00

I2t. What? Why? When?: The electric fuse case

17:14

Synchronous sampling and anti aliasing filter: a demonstration by LTspice simulation

11:13

Inductor discharge: answer to riddle

04:00

Inductor discharge riddle

12:10

Correction of thermistor temperature sensors response time: the passive analog solution

10:01

Modeling the time response of thermistors (NTC) temperature sensors

15:54

Pros and cons of an interesting transformer-based gate driver

05:59

The generalized linear capacitor charging/discharging process: Corrected

17:27

DC restorers: circuits and applications

14:12

How to choose a heatsink to sustain MOSFETs peak currents

09:01

Why simulation is better for estimating Si MOSFET switching losses

15:15

A new look at MOSFET turn off loss

02:00

Dubious Power Electronics: EPC’s simulation schematics

01:40

Busting the traditional explanation of MOSFET turn off losses

01:37

Ingenious engineering ideas: Weller’s Magnastat

15:36

The effect of gate turn-on resistor on EM emission: An intuitive explanation

22:38

Basics of DESAT over-current protection

22:18

LTspice-SPICE inner working and the simplest way to import SUBCKT models

34:47

Revisiting stability criterion misconception

19:43

Step by step feedback design of a makeshift Buffer-Amplifier/LDO: A tutorial

01:36

Error correction of : MOSFETs in parallel: and a comment on an TI application note

20:31

Loss reduction when connecting MOSFETs in parallel: And a comment on an TI application note

23:25

Illustrative explanation of charging/discharging of linear/nonlinear capacitors - Don't miss

07:37

Addendum to: Why use an insulated power supply for a HS gate driver?

18:46

Why use an insulated power supply for a HS gate driver?

16:17

An intuitive explanation of ZVS, ZCS and pseudo ZVS

21:29

Deciphering the origin and models of ferrite beads

14:22

An intuitive introduction to Phase Shift Full Bridge (PSFB) converters

30:24

Back to capacitors basics. Part I: decoupling

19:37

Amazing FEMM simulation of closed loop current sensors

10:30

Simulating ferromagnetic major and minor hysteresis loops by LTspice

17:24

High frequency model of the physical inductor: Part II The Cauer model

14:26

The Qgate and possible applications

15:49

An intuitive explanation of fluxgate current sensing Part III: Multiple rings, closed loop

13:18

High frequency model of the physical inductor: Part I the basic lumped model