Technical Information Site of Power Supply Design

Key Words : Switching transfer functions

Transfer Function

2018.06.21

Effect of the ON-Resistance of a Switch on the Transfer Functions

The last two sections were devoted to Part 1 and Part 2 of "Examples of Transfer Function Derivation...

Transfer Function

2018.05.24

Example of Derivation for a Step-Up/Step-Down Converter - 2

This section is the continuation of the previous “Example of Derivation for a Step-Up/Step-Down Conv...

Transfer Function

2018.04.19

Example of Derivation for a Step-Up/Step-Down Converter - 1

We have derived transfer functions for step-down converters and step-up converters. From here, we wi...

Transfer Function

2018.01.11

Example of Deviation for a Step-up Converter

In succession to the previous discussion of step-down converters, this time we present a derivation ...

Transfer Function

2017.12.21

Example of Derivation for a Step-Down Converter

This is the second section of the new chapter on "Transfer Functions for Converters". We shall be de...

Transfer Function

2017.11.09

Introduction

From here, we embark on a new chapter, "Transfer Functions for Converters". Using the concepts intro...

Transfer Function

2017.10.26

Switching Transfer Functions: State-Space Averaging Method － From Another Viewpoint

In the previous section, we used dynamic analysis to derive equations enabling the derivation of , f...

Transfer Function

2017.09.21

Switching Transfer Functions: State-Space Averaging Method － Dynamic Analysis

In the previous section, we performed a static analysis using equations derived by "state averaging"...

Transfer Function

2017.08.24

Switching Transfer Functions: State-Space Averaging Method － Static Analysis

In the previous section, we explained "state-space averaging" in order to derive a transfer function...

Transfer Function

2017.07.06

Switching Transfer Functions: What is State-Space Averaging Method?

The last time, we derived transfer functions for each block of a switching power supply. However, it...