30A VNH3ASP30 Stepper Motor Drive Module Chip Board for Controller Accessories 16V

About this item

• Feature: 1. This is a module designed for high?horsepower motor drive. The powerful performance of the module makes it only need a pair of VNH3ASP30 to replace the L298 H bridge to provide full?bridge motor drive. 2. At the same time, we have strengthened the load capacity of the circuit so that it can drive a pair of high current motors! 3. The VIN and motor output are tilted for our 5mm screw terminals (not included), making it easy to connect larger wires. 4. Both the module input end and the motor interface end use 5mm interface terminals, making it easy to connect large?sized wires. 5. When ultra?high current is needed, the wires can be directly welded to the module instead of connecting with terminal blocks (depending on the situation) Specification: Item Type: Stepper Motor Drive ModuleMaterial: Plastic Model: VNH3ASP30 Maximum Input Voltage: 16V Peak Drive Current: 30A Continuous Starting Current: 14A Maximum PMW Frequency: 20 kHz Output Impedance: 19m Ohm Current can be detected by for analog input pinWith overtemperature protection, overvoltage and undervoltage protection. Package List: 1 x Stepper Motor Drive Module1 x Pin Note: When the drive current is greater than 6A, the chip will heat up. In order to improve performance, it is best to connect a heat sink or cooling fan.This is a module designed for high?horsepower motor drive. The powerful performance of the module makes it only need a pair of VNH3ASP30 to replace the L298 H bridge to provide full?bridge motor drive. At the same time, we have strengthened the load capacity of the circuit so that it can drive a pair of high current motors! The VIN and motor output are tilted for our 5mm screw terminals (not included), making it easy to connect larger wires. Both the module input end and the motor interface end use 5mm interface terminals, making it easy to connect large?sized wires. When ultra?high current is needed, the wires can be directly welded to the module instead of connecting with terminal blocks (depending on the situation)