DC-DC Converter

This thesis begins with the introduction of the basic step-down DC-DC converter, then some control methods and key system specifications.

Therefore, DC-DC converter has a very great potential in the markets, with a good future.

The thesis adopts circuit averaged modeling method, deriving the model of zero-voltage switching TL DC-DC converter.

An optimized design of the monolithic switched capacitor DC-DC converter is presented.

The motor is powered by high voltage DC supply and the current from the fuel cell system is regulated via a DC DC converter.

According to the operation characteristics of inverter and bi-directional dc-dc converter, this paper made the corresponding control method.

The main component of Switching Power Supply is DC-DC Converter.

To illustrate the switch-mode conversion concept, consider a basic dc-dc converter shown in Fig. 1-5A-1.

A well designed digital controller can make a DC-DC converter get the same performance as or even better than the analog controller.

This paper describes the design of the power supply circuit for DC-DC converter by using MC34063 chip.

A new type of primary-side-assisted ZVZCS DC-DC converter with transformer isolation is presented.

Presented a new ZVZCS DC-DC converter. It uses a isolated transformer of primary-side-assisted.

And the Triple Directional DC-DC Converter is analyzed in this paper.

It is generally significant to study the other DC-DC converter.

the capacitor is connected with the flyback DC-DC converter and used for filtering the high direct current voltage;

Emerson: New generation of DC-DC converter module with improved synchronous rectification techniques

Design of a Multiphase DC-DC Converter with Master-Slave Current Sharing

Auto-Disturbance Rejection Control and Its Application to DC-DC Converter

Influence of inconstant voltage input on phase-shifted-FB-ZVS-PWM DC-DC converter with saturated inductor

A New Dynamic Slope Compensation Circuit Applied to Boost DC-DC Converter

Simulation study on chaos in DC-DC converter depending on variation of circuit parameters values

Development of a DC-DC Converter Experimental Equipment

A DC-DC Converter Integrated Easily Using Single Variable Steps Feedback Algorithm

Design of Self-Regulation Slope Compensation Circuit for Buck DC-DC Converter

Resonant high-voltage DC-DC converter with variable voltage and variable

Design DC-DC Converter for Ultracapacitor Energy Storage

Reliability design technologies of DC-DC converter

The research and design of low voltage current-mode control DC-DC converter

Slop Compensation Circuit Design in the Indirect DC-DC Converter

Three-Level Full-Bridge DC-DC Converter With Auxiliary Resonant Net

A Bandgap Reference Circuit for Monolithic DC-DC Converter

Application of FMEA Technology to the DC-DC Converter Design

New PWM Control Method of Resonant Switched Capacitor DC-DC Converter

Novel average model for unified flyback DC-DC converter

A Design for Fully Anti-jamming DC-DC Converter and Simulation

Extract the Output Signal Characteristics of DC-DC Converter Based on Fourier Descriptor

Design of high-efficiency DC-DC converter with full load

A Novel Buck DC- DC Converter with Current- Mode Control

A Novel Average Model for Unified Boost DC-DC Converter

Interpretation of DC-DC Converter EMC Data

Cycloconvertor DC-AC-DCConverter DC Chopping DC Chopping Circuit DC-DC Converter

A New Charge Pump DC-DC Converter Based on Active Capacitance Multiplier

Chip Coil for DC-DC Converter DC-DC

Study on Novel ZVZCT PWM DC-DC Converter Family