PMC-211050000000010000 | ELAU| SERVO DIGITAL SERVO

Description

PMC-211050000000010000 | ELAU| SERVO DIGITAL SERVO

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2. .If there is any inconsistency between the product model and the picture on display, the model shall prevail. Contact us for the specific product picture, and we will arrange to take photos in the warehouse for confirmation
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The example code uses a joystick to drive a DC motor. I only used the two pins of the LMD18201 chip, PWM, and direction pins. I did not use the disconnect pin and closed the J1 jumper to release the disconnect option of LMD182001. If the user wishes to use the disconnect option, please disconnect the jumper wire J1 in certain applications.
In order to operate a 12V to 24V motor, the circuit board requires a 12V to 24V DC. To use this option, turn off jumper 2 and power CN2 from 12V to 24V In order to drive a higher voltage motor, the circuit requires two independent power sources, one for logic and one for the motor. In this case, open the J2 jumper and use CN2 to power the motor with 25 volts to 48 volts and CN17V to 24V logic power supplies

If you want to obtain full power from the LMD18201 integrated circuit, it is recommended to use a large-sized heat sink on the IC.
feature
Working power supply 12V to 24V DC (for motor 25V to 48V power supply, please refer to the note)
D1 power indicator light
Joystick: Motor direction CW/CCW and speed control
The duty cycle can be adjusted to 100% (PWM frequency: 970 Hz)
The onboard voltage regulator L317 supplies 5V DC to the Atmega328 chip

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