7Semi 30V 15A Single Channel Motor Driver Vikram-3015

The 7Semi Vikram-3015 is a single-channel brushed DC motor driver designed to drive a single DC motor in both directions. It supports a wide input voltage range and high current, making it suitable for battery-powered and high-power motor applications. The board is designed for ease of use, with logic-level inputs, built-in protections, and simple control via PWM and direction (DIR) signals. It is compatible with common microcontrollers and control platforms, useful for robotics, automation, motorized equipment, and DIY motor control projects.

Technical Specifications:

• Operating Voltage: 6 V to 30 V
  
• Continuous Output Current: 15 A
  
• Motor Type: Single-channel brushed DC motor (bi-directional)
  
• Logic Input Levels: 3.3 V and 5 V compatible
  
• Control Signals: PWM (speed), DIR (direction)
  
• Output Configuration: Fully NMOS H-Bridge — high-efficiency motor drive without requiring external heat sink

Features:

• Bi-directional control for a single DC motor (forward / reverse)
  
• Handles high current (15 A continuous) - suitable for medium-to-heavy motors
  
• Wide supply voltage range (6-30 V) - works with many battery packs or DC supplies
  
• Logic-level compatible (3.3 V / 5 V) - easy to interface with microcontrollers (Arduino, ESP32, Raspberry Pi, etc.)
  
• PWM + DIR control - versatile motor speed and direction management
  
• Built-in protections: overcurrent protection, over-temperature protection, undervoltage shutdown - enhances reliability and safety
  
• On-board test buttons and LEDs - useful for testing motor output without external controller
  
• Efficient NMOS H-Bridge design - avoids need for external heatsink under typical loads

Applications:

• Robotics - driving DC motors for wheels, actuators, robotic arms, etc.
  
• Automated systems - conveyors, gates, actuators requiring controlled DC motor drive
  
• DIY motorized projects - motor control for hobby robotics, remote-controlled vehicles, custom machines
  
• Industrial small machinery or automation - where robust, reversible DC motor control is required
  
• Prototyping & embedded motor control - using microcontrollers or SBCs (Arduino, ESP32, STM32, Raspberry Pi, etc.)
  
• Battery-powered motor applications - given wide input voltage compatibility