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AN16 Automotive & Household Siren Driver Circuits: ZSD100 & Discrete 'H'-Bridge
Minimum Parts Count Solution - Zetec Semiconductors Applications Notes A
solution is provided that uses a minimum number of components by utilising an
application specific signal generation IC, and a high efficiency 'H'-bridge effected
with 3A DC rated Super-δ TO92 style switching transistors. (app note added
2/06) |
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AN-694: A DMOS 3A, 55V, H-Bridge: The LMD18200 - National Semiconductor
Application Note (app note added 2/06) |
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Better MOSFET H Bridge - (schematic / circuit added 6/07) |
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DC Motor-Driver H-Bridge Circuit - Physical motion of some form helps
differentiate a robot from a computer. It would be nice if a motor could be attached
directly to a chip that controlled the movement. But, most chips can't pass enough
current or voltage to spin a motor. Also, motors tend to be electrically noisy
(spikes) and can slam power back....(schematic added 03/04/05) |
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DMOS 3A, 55V, H-Bridge - National Semiconductor Application Note (app note
added 7/06) |
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Dual Channel Servo Pulse to H-Bridge Interface - (circuit / schematic design added
7/06) |
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Dual Channel Servo Pulse to H-Bridge Interface ~mixos - (electronic circuit added
3/07) |
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Four-transistor H-bridge - an interesting 4-transistor H-bridge variant; this is
cheap and easy to build, and best of all is "smokeless" (i.e., no combination of
inputs can cause the bridge to self-destruct). (added 7/06) |
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Full-featured Dual H-bridge - I had always assumed that dynamic braking would be
most effective at higher speeds. However, actual tests using a Faulhaber (micro mo)
gearmotor showed that the brake would hold a motor almost stationary. These gearmotors
are so well made that I can turn the 4 mm diameter shaft with light finger pressure.
For the tests I had mounted a 90 mm diameter wheel, which gave me tremendous
mechanical advantage. I found with the wheel mounted that I could barely turn the
motor against the brake. (added 7/06) |
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H-Bridge - drives DC motors forward and backward. (added 7/06) |
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H-Bridge Design - With a Protection against Having Two Positive Input
Pulses....(circuit design added 12/08) |
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H-Bridge Direct Current Motor Control Circuits - (electronic circuit added 7/06) |
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H-Bridge information - This page features H-Bridge circuits used for controlling
direct current motors. Several designs are shown…..(electronic design added 02/03/04) |
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H-Bridge Motor Control - general introduction to H-Bridges (added 5/02) |
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H-Bridge Motor Control ~rpaisley4 - (electronic circuit added 7/06) |
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H-Bridge Motor Control 4qdtec - general introduction to H-Bridges (added 7/06) |
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H-Bridge Motor Controller 5 amps 100 Watts - This circuit drives small DC motors
up to about 100 watts or 5 amps or 40 volts, whichever comes first. Using bigger parts
could make it more powerful. Using a real H-bridge IC makes sense for this size of
motor, but hobbyists love to do it themselves, and I thought it was about time to show
a tested H-bridge motor driver that didn't use exotic parts.... (added 4/05) |
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H-Bridge Motor Driver - A wiring diagram, photograph, and movie of an H-bridge dc
motor driver circuit implemented with a TC4424A, TC4427A, or MAX4427 dual MOSFET
driver IC. Very useful for running small bot gear motors. (project added 10/06) |
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H-Bridge Power Amp - ...(spice design added 02/09) |
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H-Bridge Schematic - (circuit / schematic design added 7/06) |
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H-Bridge Switch for Small Motors - simple switch circuit for reversing and
stopping a motor without any control of speed (added 7/06) |
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Low Voltage H-bridge - TTL type Q and inverted Q inputs control a classic H-bridge
circuit, rated at 50 volts and about 10 amps. The circuit can control power and
direction of a DC motor. (added 7/06) ….(designed by David A. Johnson) |
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MicroController drives H bridge to power a permanent magnet DC motor - 03/15/07
EDN-Design Ideas: Improved H-bridge requires only two driver signals.....(design idea
added4/07) |
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MOSFET H Bridge - (schematic / circuit added 6/07) |
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MOSFET H-BRIDGE schematic & theory - (electronic circuit added 7/06) |
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Motor Control Scheme Yields Four Positions with Two Outputs - 05/07/02 EDN-Design
Ideas: Figure 1 showshow to position a mechanical device into four discrete positions
but with only two free outputs and one free input from the control system. The
position depends on a set of cams and four corresponding limit switches. The 24V-dc
motor comes with a worm gear. Darlington transistors.....(design idea added 7/06) |
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Reversing H-bridge - This H-bridge variant was one of the first in which the
reversing circuitry is built into the driver, rather than (as is more-commonly done)
into the control circuitry upstream of the driver. This is a handy circuit, though,
for 2-motor walkers -as all that is required to reverse one is to reverse the phasing
of one of the motors. (added 7/06) |
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Sensor Electronic Tracker with H-Bridge Drive - (electronic circuit added 7/06) |
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Servo Pulse to Dual H-Bridge - interface performs vital control functions needed
for propulsion and steering of a “fighting robot”. (added 7/06) |
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Servo Pulse to PWM - converter connects an H-Bridge to radio control receivers or
robotic circuits. (added 7/06) |
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Six-transistor H-bridge - This is the six transistor "Tilden style" H-bridge;
while not as old as the original "basic H-bridge," this goes "way back," and is the
basis for many BEAM driver circuits (added 7/06) |
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Zoelen Bridge Z-Bridge - A Cheaper H-Bridge Design the Zoelen Bridge (Z-Bridge)
(added 7/06) |
