5A DC Motor Speed And Direction Controller Using MC33035

5AMP DC Motor speed and direction controller using MC33035 IC from on semiconductor, though the MC33035 was designed to control brushless DC motor , it may also be used to control DC brush type motors. MC33035 driving a Mosfets based H-Bridge affording minimal parts count to operate a brush type motor. On board potentiometer provided for speed control, slide switch for direction control and brake, On board jumper available to enable the chip. The controller function is normal manner with a PWM frequency of approximately 25Khz. Motor speed is controlled by adjusting the voltage presented to the no inverting input of the error amplifier establishing the PWM’s slice or reference level. Cycle by cycle current limiting of the motor current is accomplished by sensing the voltage across the shunt resistor to ground of the H-bridge. The overcurrent sense circuit makes it possible to reverse the direction of the motor, using normal forward/reverse switch, on the fly and not have to completely stop before reversing.

  • SUPPLY 12-18V DC
  • Load Up to 5Amps, 5Amps with large size heat sink on Mosfets
  • On Board Potentiometer for Speed Control
  • Slide Switch ( SW1) for Brake
  • Slide Switch (SW2) for Direction Control
  • Jumper (J1) Provided to Enable the chip
  • LED (D1) Fault Indicator
  • LED (D2) Power Indicator
  • CN1 , Supply 12-18V DC
  • MG1 Motor Connections

 

 

 

 

 

 

 

Step-Dir. signal to double drive CW/CWW Pulse Converter for CNC, Motion Control & AC Servo Driver

Simple Circuit converts Step/Dir. signal into to double drive CW/CWW Pulse, Mach3 and few Hobby CNC software’s provides Step/Direction pulse output to drive stepper motor drivers.

Various AC servo works with double CW/CCW pulse. This circuit is solution to interface such AC CW/CCW pulse based driver with Mach3 or other CNC software’s. Circuit designed around 7408 and 7404 IC, board support 5V or 24V supply. Open Collector output can be interface with 24V system by changing output resistors.

Features

  • Supply 7V 24V DC
  • On Board Power LED
  • Inputs and Outputs Header Connector
  • On Board ERTH (Earth) Signal provided for chassis ground to avoid any noise

 

Note : Output Transistor can drive Stepper Drive or Servo driver Opto-couplers directly , choose appropriate collector resistor value for 5V or 24V

 

  • R3,R5,R9 470 Ohms for 5V DC Open Collector Output
  • R3,R5,R9 2K2 Ohms for 24V DC Open Collector Output

 

Inputs:

  1. Step Pulse ( TTL 5V)
  2. Direction Pulse ( TTL 5V)
  3. Enable Signal ( TTL 5V )

 

Outputs:

1 CW (5V Or 24V Open Collector)

  1. CWW ( 5V Or 24V Open Collector )
  2. Enable ( 5V Or 24V Open Collector )

 

 

 

 

 

 

 

 

4.5A H-Bridge DC Motor Driver Module Using TB6549HQ

The H-Bridge Motor Driver Module Based on TB6549HQ IC from Toshiba, is a full-bridge driver IC for DC motors that uses an LDMOS structure for output transistors. High-efficiency drive is possible through the use of a MOS process with low ON-resistance and a PWM drive system. Four modes, CW, CCW, short brake, and stop, can be selected using IN1 and IN2. Supply input 12V to 30V DC and Maximum Load 4.5Amps.
Specifications

  • Power supply voltage: 30 V (max)
    Output current 4.5 A
    Low ON-resistance: 1.0 Ω (up + low/typ.)
    PWM control capability
    Standby system
    Function modes: CW/CCW/short brake/stop
    Built-in overcurrent protection
    Built-in thermal shutdown circuit

 

 

 

 

 

 

 

 

 

 

 

 

Dual Full-Bridge PWM Motor Driver with Brake Using A3968

 

The A3968 bidirectionally controls two DC motors. The device includes two full-bridges capable of continuous output currents of ±650 mA and operating voltages to 30 V. Motor winding current can be controlled by the internal fixed-frequency, pulse-width modulated (PWM), current-control circuitry. The peak load current limit is set by user selection of a reference voltage and current-sensing resistors.The fixed-frequency pulse duration is set by a user-selected external RC timing network. The capacitor in the RC timing network also determines a user-selectable blanking window that prevents false triggering of the PWM current-control circuitry during switching transitions.To reduce on-chip power dissipation, the full-bridge power outputs have been optimized for low saturation voltages. The sink drivers feature the Allegro® patented Satlington® output structure. The Satlington outputs combine the low voltage drop of a saturated transistor and the high peak current capability of a Darlington.For each bridge, the INPUTA and INPUTB terminals determine the load-current polarity by enabling the appropriate source and sink driver pair. When a logic low is applied to both INPUTs of a bridge, the braking function is enabled. In brake mode, both source drivers are turned off and both sink drivers are turned on, thereby dynamically braking the motor. When a logic high is applied to both INPUTs of a bridge, all output drivers are disabled.Special power-up sequencing is not required. Internal circuit protection includes thermal shutdown with hysteresis, ground-clamp and flyback diodes, and crossover-current protection.

  •     ±650 mA continuous output current
  •     30 V output voltage rating
  •     Internal fixed-frequency PWM current control
  •     Satlington® sink drivers
  •     Brake mode
  •     User-selectable blanking window
  •     Internal ground-clamp and flyback diodes
  •     Internal thermal-shutdown circuitry
  •     Crossover-current protection and UVLO protection

 

 

 

 

 

 

 

 

 

 

 

3A Full-Bridge PWM DC Motor Driver Using A3959

Designed for pulse-width modulated (PWM) current control of dc motors, the A3959 is  capable of output currents to ±3 A and operating voltages to 50 V. Internal fixed off-time PWM current-control timing circuitry can be adjusted via control inputs to operate in slow, fast, and mixed current-decay modes. PHASE and ENABLE input terminals are provided for use in controlling the speed and direction of a dc motor with externally applied PWM-control signals. Internal synchronous rectification control circuitry is provided to reduce power dissipation during PWM operation. Internal circuit protection includes thermal shutdown with hysteresis, under voltage monitoring of supply and charge pump, and crossover-current protection. Special power-up sequencing is not required.

  • ±3 A, 50 V Output Rating
  • Low rDS(on) Outputs (270 milliohms, Typical)
  • Mixed, Fast, and Slow Current-Decay Modes
  • Synchronous Rectification for Low Power Dissipation
  • Internal UVLO and Thermal-Shutdown Circuitry
  • Crossover-Current Protection
  • Internal Oscillator for Digital PWM Timing

 

 

 

 

 

 

 

 

 

1.5A Full-Bridge PWM Motor Driver Using A4973 Circuit

The Schematic is based on A4973 IC, Designed for bidirectional pulse width modulated (PWM) current control of inductive loads, the A4973 is capable of continuous output currents to ±1.5 A and operating voltages to 50 V. Internal fixed off-time PWM current-control circuitry can be used to regulate the maximum load current to a desired value. The peak load current limit is set by the user’s selection of an input reference voltage and external sensing resistor. The fixed off-time pulse duration is set by a user- selected external RC timing network. Internal circuit protection includes thermal shutdown with hysteresis, transient-suppression diodes, and crossover current protection. Special power-up sequencing is not required. With the ENABLE input held low, the PHASE input controls load current polarity by selecting the appropriate source and sink driver pair. The MODE input determines whether the PWM current-control circuitry operates in a slow current-decay mode (only the selected source driver switching) or in a fast current-decay mode (selected source and sink switching). A user-selectable blanking window prevents false triggering of the PWM current-control circuitry. With the ENABLE input held high, all output drivers are disabled. A sleep mode is provided to reduce power consumption.

Note : – For Higher Motor Supply (12-50V) Input, Omit U2 , in the case logic 5V supply required and possible Motor supply range 12-50V DC 

Note : – Refer data sheet of IC A4973 for R1 and R2 Value

▪ ±1.5 A continuous output current

▪ 12 V DC Supply

▪ 3 V to 5.5 V logic supply voltage

▪ Internal PWM current control

▪ Fast and slow current-decay modes

▪ Sleep (low current consumption) mode

▪ Internal transient-suppression diodes

▪ Internal thermal shutdown circuitry

▪ Crossover current and UVLO protection

 

 

 

Inside IC A4973

 

3Amps DC Motor Speed & Direction Controller Using LMD18201 & 555 Timer

The circuit shown here are a DC Motor Speed and Direction Controller. Driver can handle DC Motor Load Up to 3Amp and DC supply 12V to 48V DC, The board is based on LMD18200 which is H-Bridge driver & 555 Timer IC generate PWM signal for speed control. Slide provided for direction Control. PWM duty cycle 10% 95%.

The LMD18201 is a 3A H-Bridge designed for motion control applications. The device is built using a multi- Shorted Load Protection technology process which combines bipolar and Internal Charge Pump with External Bootstrap CMOS control circuitry with DMOS power devices on Capability the same monolithic structure. The H-Bridge configuration is ideal for driving DC and stepper motors. The LMD18201 accommodates peak output currents up to 6A.

  • Motor Supply 12V 48V DC
  • Motor Load 3Amp 12V 48V DC
  • Logic Supply 5V DC
  • SW1 : Slide Switch To Change the Motor Direction CW/CCW
  • Duty Cycle 10% To 95%
  • Frequency 5Khz Approx.
  • Potentiometer Speed Adjust
  • LED Power Indicator

Note : J1 Jumper Close For Normal Operation.

 

Arduino Based open Source Robot Controller With I/Os using Dual LMD18201 3Amps Each H-Bridge Motor Driver & Sensors ( Compatible with M-BOT )

Arduino Based open Source Robot Controller With I/O using  Dual LMD18201 3Amps Each H-Bridge Motor Driver & Sensors ( Compatible with M-BOT  )

 

 

  • LMD18201X2 Motor Driver IC
  • Infra-Red Receiver TSOP1738
  • On Board Infra-Red LED
  • Multiple I/O Connectors for Sensors, Encoders
  • On Board LDR as Light Sensor
  • Onboard Piezo Buzzer
  • On Board Power LED

 

Switched Mode Controller for DC Motor Driver with Taco-Meter Using UC1637 & L298

Switched Mode Controller for DC Motor Driver with Taco-Meter Using UC1637 & L298

The UC1637 is a pulse width modulator circuit intended to be used for a variety of PWM motor drive and amplifier applications requiring either uni-directional or bidirectional drive circuits. When used to replace conventional drivers, this circuit can increase efficiency and reduce component costs for many applications. All necessary circuitry is included to generate an analog error signal and modulate two bi-directional pulse train outputs in proportion to the error signal magnitude and polarity. This monolithic device contains a saw tooth oscillator, error amplifier, and two PWM comparators with ±100mA output stages as standard features. Protection circuitry includes under-voltage lockout, pulse-by-pulse current limiting, and a shutdown port with a 2.5V temperature compensated threshold.

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