Links
Please Note: This page provides links and downloads to component and equipment manals, design documents and books which are also available elsewhere. The copyright ownership of these publications remains with the original publishers and no claim of ownership is made by making them available here. You are free to use these documents for non commercial purposes only. If you wish to use them for commercial purposes please contact the original owner.
Electronic Component Specifications
Transistor Circuits(1-100)
Transistor Circuits(101-200)
LM317
LM324
LM339
LM340
LM555
MAX220-249
IN4001
OA90
2N3789
2N3904
2N3905
2N5550
2N6576
BC171A
BC184C
BC556
BC558
BC557
BUL381
BUL381D
D8255-5 PIA
Hitachi HD44780 LCD Manual
NXP/Philips PCF8574 I2C I/O Expander
TIP30
IRF540
IP80P40
Vigortronix VTX-A Audio Transformer
1N914
1N4001
1N5935
Transistor Circuits(1-100)
Transistor Circuits(101-200)
LM317
LM324
LM339
LM340
LM555
MAX220-249
IN4001
OA90
2N3789
2N3904
2N3905
2N5550
2N6576
BC171A
BC184C
BC556
BC558
BC557
BUL381
BUL381D
D8255-5 PIA
Hitachi HD44780 LCD Manual
NXP/Philips PCF8574 I2C I/O Expander
TIP30
IRF540
IP80P40
Vigortronix VTX-A Audio Transformer
1N914
1N4001
1N5935
Floppy Disk Drive Manuals
Schugart Associates SA400 Samsung 3.5" Floppy Drive Teac 3.5" Floppy Drive |
Technika LCD32-209 LCD TV Documents.
Technika LCD32 User Manual
17PW26-3 PSU Circuit Diagram
Vestel PSU 17PW26-3 Service Repair Manual
Technika LCD32 User Manual
17PW26-3 PSU Circuit Diagram
Vestel PSU 17PW26-3 Service Repair Manual
Power Electronics by Barry Williams
Chapter 1 - Basic Semiconductor Physics and Technology
Chapter 2 - The pn Junction
Chapter 3 - Power Switching Devices & Their Static Electrical Characteristics
Chapter 4 - Electrical Ratings and Characteristics of Power Semiconductor Switching Devices
Chapter 5 -Cooling of Power Switching Semiconductor Devices
Chapter 6 -Load, Switch, and Commutation Considerations
Chapter 7 -Driving Transistors and Thyristors
Chapter 8 -Protecting Diodes, Transistors,and Thyristors
Chapter 9 - Switching-aid Circuits with Energy Recovery
Chapter 10 -Series and Parallel Device Operation and Protection
Chapter 11 - Naturally Commutating Converters
Chapter 12 - AC Voltage Regulators
Chapter 13 - DC Choppers
Chapter 14 - Power Inverters
Chapter 15 - Switched-mode and Resonant dc-to-dc Power Supplies
Chapter 1 - Basic Semiconductor Physics and Technology
Chapter 2 - The pn Junction
Chapter 3 - Power Switching Devices & Their Static Electrical Characteristics
Chapter 4 - Electrical Ratings and Characteristics of Power Semiconductor Switching Devices
Chapter 5 -Cooling of Power Switching Semiconductor Devices
Chapter 6 -Load, Switch, and Commutation Considerations
Chapter 7 -Driving Transistors and Thyristors
Chapter 8 -Protecting Diodes, Transistors,and Thyristors
Chapter 9 - Switching-aid Circuits with Energy Recovery
Chapter 10 -Series and Parallel Device Operation and Protection
Chapter 11 - Naturally Commutating Converters
Chapter 12 - AC Voltage Regulators
Chapter 13 - DC Choppers
Chapter 14 - Power Inverters
Chapter 15 - Switched-mode and Resonant dc-to-dc Power Supplies
Transformer & Inductor Design Handbook by Colonel William T McLyman
Contents - Contents, Preface, Foreword.
Chapter 1 - Fundamentals of Magnetics
Chapter 2 - Magnetic Materials & Their Characteristics
Chapter 3 - Magnetic Cores
Chapter 4 - Window Utilisation, Magnet Wire & Insulation
Chapter 5 - Transformer Design Trade-Offs
Chapter 6 - Transformer-Inductor Efficiency, Regulation, and Temperature Rise
Chapter 7 - Power Transformer Design
Chapter 8 - DC Inductor Design Using Gapped Cores
Chapter 9 - DC Inductor Design Using Powder Cores
Chapter 10 - AC Inductor Design
Chapter 11 - Constant Voltage Transformer (CVT)
Chapter 12 - Three-Phase Transformer Design
Chapter 13 - Flyback Converter, Transformer Design
Chapter 14 - Forward Converter, Transformer Design, and Output Inductor Design
Chapter 15 - Input Filter Design
Chapter16 - Current Transformer Design
Chapter17 - Winding Capacitance and Leakage Inductance
Chapter18 - Quiet Converter Design
Chapter19 - Rotary Transformer Design
Chapter20 - Planar Transformers
Chapter21 - Derivations for the Design Equations
Contents - Contents, Preface, Foreword.
Chapter 1 - Fundamentals of Magnetics
Chapter 2 - Magnetic Materials & Their Characteristics
Chapter 3 - Magnetic Cores
Chapter 4 - Window Utilisation, Magnet Wire & Insulation
Chapter 5 - Transformer Design Trade-Offs
Chapter 6 - Transformer-Inductor Efficiency, Regulation, and Temperature Rise
Chapter 7 - Power Transformer Design
Chapter 8 - DC Inductor Design Using Gapped Cores
Chapter 9 - DC Inductor Design Using Powder Cores
Chapter 10 - AC Inductor Design
Chapter 11 - Constant Voltage Transformer (CVT)
Chapter 12 - Three-Phase Transformer Design
Chapter 13 - Flyback Converter, Transformer Design
Chapter 14 - Forward Converter, Transformer Design, and Output Inductor Design
Chapter 15 - Input Filter Design
Chapter16 - Current Transformer Design
Chapter17 - Winding Capacitance and Leakage Inductance
Chapter18 - Quiet Converter Design
Chapter19 - Rotary Transformer Design
Chapter20 - Planar Transformers
Chapter21 - Derivations for the Design Equations
Philips Semiconductor Application Manual
Chapter 1 - Introduction to Power Semiconductors
Chapter 2 - Switch Mode Power Supplies
Chapter 3 - Motor Control
Chapter 4 - Televisions & Monitors
Chapter 5 - Automotive Power Electronics
Chapter 6 - Power Control with Thyristors and Triacs
Chapter 7 - Thermal Management
Chapter 8 - Lighting
Discrete Semiconductor Thermal Considerations
Chapter 1 - Introduction to Power Semiconductors
Chapter 2 - Switch Mode Power Supplies
Chapter 3 - Motor Control
Chapter 4 - Televisions & Monitors
Chapter 5 - Automotive Power Electronics
Chapter 6 - Power Control with Thyristors and Triacs
Chapter 7 - Thermal Management
Chapter 8 - Lighting
Discrete Semiconductor Thermal Considerations
International Rectifier Thermal Heatsink/Application Note
Texas Instruments Boost Converter Calculations
Texas Instruments Designing Switching Voltage Regulators with TL497A
Texas Instruments Understanding Boost Power Stages in Switch Mode Power Supplies
On Semiconductor Switch Mode Power Supply Reference Manual
Power Supply Cookbook-Marty Brown
Practical Switching Power Supply Design - Marty Brown
Microchip Switchmode Power Supply Topologies(Part 1)
Microchip Switchmode Power Supply Topologies(Part 2)