Converter Design Simulating SMPS Designs SSDI Diode Rectifier Models High Efficiency Step-Down Converter IsSpice4 Scripting Gives You More Power<b> Magnetics Design and Modeling</b> Designing a 12.5W 50kHz Flyback Transformer Designing a 50W Forward Converter Transformer With Magnetics Designer<b> Signal Generators</b> IsSpice4 introduces a dead-time in your bridge simulations Three Phase Generator Simulating Pulse Code Modulation<b> Modeling For Power Electronics</b> A Spice Model For TRIACs A Spice Model For IGBTs SPICE 3 Models Constant Power Loads Simulating Circuits With SCRs Power Schottky and Soft Recovery Diodes Spark Gap Modeling SPICE Simulates A Fluorescent Lamp Sidactor Modeling Transformer and Saturable Core Modeling Modeling Nonlinear Magnetics Current Limited Power Supply Macro Modeling Low Power DC-DC Converters Modeling Non-Ideal Inductors in SPICE<b> Motor and Relay Modeling</b> Modeling A Relay New SPICE Features Aid Motor Simulation<b> Test Program Development and Failure Analysis for SMPS</b> Automating Analog Test Design Simulation measurements vs. Real world test equipment New Techniques for Fault Diagnosis and Isolation of Switched Mode Power Supplies Application of Analog & Mixed Signal Simulation Techniques to the Synthesis and Sequencing of Diagnostic Tests названия, искал по запросу "self-oscillating flyback Delta application note".
Без указанногоPower Specialist’s App Note Book- This report presents a comprehensive analysis, modeling, simulation, and design optimization of the self-oscillating flyback converter, which is also known as the Ringing-Choke Converter (RCC). The self-oscillating flyback converter is a very popular topology in cost-sensitive applications such as, for example, auxiliary power supplies and mobile phone chargers due to a low component count. As a result, this circuit is designed into numerous Delta power supplies and chargers.
Оглавление:
INTRODUCTION
ANALYSIS OF OPERATION
VERIFICATION OF ANALYSIS OF OPERATION
Simplified Simulation Model
Full Load Operation
Light Load Operation
Complete Simulation Model
Full Load Operation
Experimental Verification
SMALL SIGNAL MODEL
DESIGN GUIDELINES
Power Stage Design
Control Stage Design
Steady State Considerations
Compensation Calculations
DESIGN EXAMPLE
REFERENCES
APPENDICES
A
DPS-250 AB A schematic
B
MathCad Worksheet: Stability Design Example
C
Transfer Function Block Derivations
P.S. Визивиг опять полунакрылся полупиздом. И-звените, немного подбешивает.