Power
control
related subject:
automatization |
Advanced PWM motor
controller H bridge, N MOSFET, UC3638, DC brush motor control, good H bridge example, pdf file,
compare with the drawing of the MSK 4201 H bridge driver |
Automotive power electronics with MOSFET'S automotive lamp control, TOPFET (Temperature and overload protected MOSFET), pdf file |
Bi-directional control of
motors and the H-bridge
Control And Embedded Systems, H-Bridge control, N
channel MOSFET, IRF3708 |
Commutateurs pdf file,
en Français |
Commutateurs pdf file,
en Français |
Commutation douce zip file,
en Français |
Consumer Power
Electronics |
DC motor
control Brushed DC Motor Drive Circuits, Brushless DC Motor Drive Circuits,
Stepper Motor Drive Circuits, Current Sensing, The torque of an electric motor, pdf file |
Determining
MOSFET Driver Needs for Motor Drive Applications Determining MOSFET Driver
Needs for Motor Drive Applications, pdf file |
Drives and motors
ac drives, dc drives, variable speed, variable speed drives, adjustable speed drives,
Educypedia |
Driving Transistors and Thyristors pdf file |
Educypedia stolen
page |
e-Learning tools
for Electrical Engineering |
Fan speed control
Brushless DC Fans, Brushless DC fans are called "brushless" because the electric
motor within the fan is commutated electronically, Methods of Speed Control,
DC-DC Regulation, Speed Control without a Tachometer, Speed Control with a
Tachometer |
Fluorescent lamp control with MOSFETs fluorescent lamp control, electronic ballast,
Efficient Fluorescent Lighting using Electronic Ballasts, Why electronic
ballasts? Voltage fed push pull inverter, Voltage fed push pull inverter,
Current fed push pull inverter, pdf file |
Hacheur a trous pdf file,
en Français |
Hacheur série pdf file,
en Français |
Hacheurs en Français |
Hacheurs
conversions continu-continu. Hacheur série (abaisseur de tension). Hacheur
parallèle (élévateur de tension). Alimentations à découpage, pdf file, en Français |
H-Bridge Fundamentals H-Bridge Basics, The Ideal Mosfet H-Bridge,
Mosfet Imperfections, Power Supplies, Noise and Cooling, Construction
Considerations |
H-Bridges : Theory and Practice Building a BJT based H-Bridge |
H-Bridge: theory of operation
H-Bridge: theory of operation |
H-bridge using N channel FETs MOSFET N channel H-bridge schematic |
H-bridge using N channel FETs
H-bridge using N channel FETs, pdf file |
H-bridge using P and N channel FETs |
H-Bridges pdf file |
Inverter
basics the "H" bridge inverter and the centre tapped inverter are the two basic circuits for controlled power flow between DC and AC
circuits |
LM18201 H
bridge |
MOSFETs in DC motor
control a H-bridge is used to control a DC motor. It allows the motor to start and stop and most importantly to reverse direction. In order to reverse
the direction of a DC motor, the current through the DC motor must be reversed, P-channel and N-channel FETs, single supply and N-channel FETs only, dual supply
and N-channel FETs only, dual supply, P-channel and N-channel FETs, PWM |
MOSFETs in the H-bridge if a large motor is to be driven, it is better to use MOSFETs since these can generally switch higher currents more reliably than
relays, and have integral reverse-diodes for freewheeling, IRF540 |
Motor control tutorial |
N-channel mosfet H-bridge
N-channel mosfet H-bridge, ICL7662, ICL7660, used with a voltage doubling
circuit |
Onduleur animation, en Français |
Onduleur autonome en Français, pdf file |
Onduleurs en Français, pdf file |
Power semiconductors pdf file, a tip |
Power switches pdf file |
PWM Pulse
Width Modulation (PWM) with opamp, pdf file |
PWM fan
speed control systems
PWM fan speed control, brushless DC motor fan control, pdf file |
PWM fan
speed control systems |
PWM speed control
The principles, Main Capacitor, Regenerative braking, A very simple controller,
A slightly more sophisticated controller, PWM and motor Heating |
PWM AC drive
harmonic problems and solutions pdf file |
PWM
basics pulse with modulator, modulation of average conduction time |
PWM signal generators pdf file |
Redressement commandé
en Français, pdf file |
Redressement commandé monophasé en Français |
Redressement non commandé monophasé
en Français, pdf file |
Single-phase
fully-controlled SCR bridge rectifier |
Speed control the purpose of a motor speed controller is to take a signal representing the demanded speed, and to drive a motor at that speed. The
controller may or may not actually measure the speed of the motor. If it does, it is called a Feedback Speed Controller or Closed Loop Speed Controller, if not
it is called an Open Loop Speed Controller |
Switch drivers Switch drivers,
Max 4420, LT1160, pdf file |
Switchmode power conversion technical papers management
of thermal energy problems in power converters, designing LCD rectifiers for
line and load variations, silicon photovoltaic cells, photodiodes and
phototransistors, zener diode based integrated passive device filters,
thyristors and triacs, 3.3V DSP for digital motor control, current handling and
thermal considerations in a high current semiconductor switch package, PWM
strategy for reducing ground to stator neutral voltage in AC motor drives, PMOS
low dropout voltage regulators, DC/DC converter using thick film hybrid
technology |
Transistor-Thyristor pdf file |
Transistor en commutation en Français, pdf file |
Three-phase
controlled rectifiers
pdf file |
Three phase power
regulator a three-phase linear power regulator circuit, can control
resistive loads or induction motors. Drive outputs are optoisolated and
regulation from zero to full load is via a single potentiometer so interfacing
to a PC should be easy, assuming all mains isolation is properly implemented,
pdf file |
Three phase rectifier circuit Operation of a 3 - Phase Fully - Controlled
Rectifier |
Three phase fully-controlled bridge rectifier circuit The operation of a
3-phase fully-controlled bridge rectifier circuit is described in this page |
Zero
voltage switching quasi square wave converters isolated PWM ZVS-converter, isolated Half Bridge FM ZVS-converter, isolated Bridge FM ZVS-converter |
Horizontaal |
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Last updated on:
2011-01-02
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