evive Technical Features
  1. evive Power Module – Input & Output
  2. Hardware Interaction Module of evive
    1. evive Inbuilt Potentiometers
    2. evive Inbuilt Tactile Switches
    3. evive Inbuilt 3-Way Slide Switches
    4. evive Joystick | 5-way navigational key
    5. evive Capacitive Touch Sensors
  3. evive Plug & Play Hardware Interface
    1. Controlling DC Motors with evive
    2. Control Servo Motors with evive
    3. Stepper Motors with evive
    4. Relay and Using it with evive
  4. Feedback Modes on evive
    1. evive’s 1.8″ TFT Display
    2. LEDs on evive and How to Use Them
    3. evive Piezo Buzzer
  5. Data Acquisition Module
    1. evive Real Time Clock
    2. Voltage and Current Sensing
    3. evive Inbuilt SD Card Slot
  6. evive_dualColour_LED
  7. Internet Of Things
    1. HC-05 Bluetooth Module in eivive
    2. ESP8266 WiFi Module with evive
    3. XBee Wireless Communication Module – evive
  8. Menu Interface
    1. Menu based Interface: Control
    2. Menu Interface: Pin State Monitor
    3. Menu Interface: User Defined Functions
  9. Beta Function Generator
  10. Arduino Core Interface
    1. Digital I/O Pins on evive
    2. Analog Input Pins
    3. Pulse Width Modulation (PWM) in evive
    4. Interrupt Pin
    5. Serial Pins
    6. 3.3V Digital Input/Output
    7. I2C Communication
    8. Serial Peripheral Interface (SPI)
  11. Physical Specifications

evive’s DC Motor Driver Outputs to Control Motors

Attach the Motors to the Base
Description
Learn how to use evive’s DC Motor Driver outputs to control motors that draw more than 1 Amp of current. Connect the GND, VVR, PWM, and Direction pins to evive’s digital pins for easy control over speed and direction.

Introduction

evive has a dedicated pair of DC Motor Driver pin outputs, which can be used when the user has to connect a large motor that draws a current of more than 1 Amp.

evive Motor Driver output channel

The pin configuration from left to right is:

  1. GND
  2. VVR
  3. PWM Pin (For channel 1, connected to digital pin 44 to evive, and for channel 2, connected to digital pin 45)
  4. Direction Pin 1 (For channel 1, connected to digital pin 28 to evive, and for channel 2, connected to digital pin 30)
  5. Direction Pin 1 (For channel 1, connected to digital pin 29 to evive, and for channel 2, connected to digital pin 31)

Conclusion

In conclusion, evive‘s DC Motor Driver outputs are a great way to control motors that require more than 1 Amp of current. By connecting the GND, VVR, PWM, and Direction pins to evive‘s digital pins, users can easily control the motor‘s speed and direction.

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