PWM Modules

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US$1.95
SG3524: 16 Pin-Regulator Pulse Width ModulatorVoltage Mode PWM Controller 18V 100mA 16-Pin Output Voltage: 5V Output Current: 100mA Supply Voltage...
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US$6.99
SG3525 Regulating PWM, 500kHz, DIP-16, Input Voltage:35V, Output Voltage:5.1V, Output Current:20mA, Supply Voltage Min:8V, Supply Voltage Max:35V,...
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US$8.33
This is a 28 pin dip 16 channel PWM unit with 12 bit duty cycle control (0 - 4095), 6 bit current limit control (0 - 63), and a daisy chainable serial interface.
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US$22.95
This chip can control 24 separate channels of 12-bit PWM output. Designed (and ideal) for LED control, this board is not good for driving servos.
Delivery within 2-3 weeks
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US$83.65
Features: Operating Voltage: 6V ~ 28V. DC/DC output: 5V 1000mA @ "5V" pin. Output Current(For Each Channel ): 2A (continuous operation) / 5A(peak). Output Duty Range: 0%~100%. Output short-circuit protection (short to VPWR or GND). Over-current limiting (regulation) via internal constant-off-time PWM. Temperature dependant current limit threshold reduction. Raspberry compatible.
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US$9.94

This PWM controller allows you to control the intensity of LEDs or the speed of a motor with a small knob that can be turned entirely off. This module can adjust the PWM duty cycle from 0% to 100%. There's a 2A resettable fuse and a Power-On LED light directly on the circuit.

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US$7.69
A small compact device that you use to create square waves. Change the frequency of the square wave with potentiometer next to the capacitors and change the duty cycle with the potentiometer next to the red led. You can also change the value of the capacitor with the Yellow jumper pin array, the marking L indicates the highest capacitance of 100uF, the second is 1uF, the third is 0.1uF and the last one with the marking H is 0.001uF or 1nF. Supply voltage to VCC and GND to GND from 5v to 15VDC, the Output pin can go to your device allow with common ground pin GND.
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US$27.93
Control a single motor in either forward or reverse direction by using this single module. The other end consists of a 2 x 4 header for connect a simple 5v logic from any microcontroller and some pwm signal to control the direction and speed. The other end can take an input voltage from 5 – 27v supply, flip the board to see the B marking. The output is W marking where you can connect any motor that can run from the input voltage range of 5 to 27v. You can put a maximum of 43A to this driver.
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US$10.42
The IS31FL3731 will let you get back to that classic LED matrix look, with a nice upgrade! This I2C LED driver chip has the ability to PWM each individual LED in a 16x9 grid so you can have beautiful LED lighting effects, without a lot of pin twiddling. Simply tell the chip which LED on the grid you want lit, and what brightness and it's all taken care of for you.
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US$12.53
This PWM controller allows you to control the intensity of LEDs or the speed of any DC motors with a small knob that can be turned entirely off. This module can adjust the PWM duty cycle from 0% to 100%. The switch is removable allowing users to thread the device into tight spaces and placing the knob in locations that they may want to put it in.
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US$18.19

This PWM controller allows you to control the intensity of LEDs or the speed of any DC motors with a small knob. This module can adjust the PWM duty cycle from 0% to 100%. There’s a 3A fuse and a Power-On LED light directly on the circuit. Do not connect to AC power source.

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US$18.15
This product allows you to connect any DC motor from 6v to 30v and offers a continuous current of 8A max if provided, from your power supply. Using the attached potentiometer you can adjust the duty cycle of the power provided to the motor. The display will offer a numerical percentage of the duty cycle the potentiometer is currently set at. The range of the potentiometer will offer a duty cycle from 0 to 100%.
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US$12.53
This module allows users to connect to Raspberry pi or Arduino to control multiple motors using i2c protocol. You can also driver LEDs with the module and supply external voltage and current. You can drive up to 16 PWM outputs using four wires from your microcontroller. You can buy a bunch and have up to 6 address to select resulting in 62 modules with a total of 992 outputs.
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US$20.93
This kit allows users to practice on their soldering skills and build a useful and small tool. This kit uses the 555 IC that acts as a timer for creating pulse width modulated clocks. Connect VDC of what the motor runs at (16VDC MAX) to power the board with a maximum current of 5 AMPS and control the speed of the motor at the output. The board also comes with an LED to indicate the duty cycle that it is adjusted to.
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US$17.85
This device can be connected to any device that operates from 12-24VDC. Great for testing DC motors that operate at higher amperage. Simply connect the red line to the motor and positive battery terminal. Connect the blue line to the motor negative and the black line to the battery negative to power and begin modulation of the signal. The unit can be mounted on any surface you like as it comes with two holes for mounting.
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US$12.53
This module allows users to connect to Raspberry pi or Arduino to control multiple motors using i2c protocol. You can also drive LEDs with the module and supply external voltage and current. You can drive up to 16 PWM outputs using four wires from your microcontroller. You can buy a bunch and have up to 6 address to select resulting in 62 modules with a total of 992 outputs.
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