WRIARICH High-Power 600W MOS Tube FET Trigger Drive Module PWM Control High / Low Level Trigger Switch DC 4V-60V 5V 12V 24V

Note:

1. Only one signal can control the module at the same time, and two or more signals cannot be used to control the module at the same time;

2.

High level trigger voltage range: DC 3.0V ~24V, that is, MOS tube conduction when the signal is 3.0V ~24V, lower than 0.6V, that is, 0V~ 0.6V. MOS tube is turned off, and signal voltage must not be between 0.6V ~ 3.0V.

3.

Low level trigger voltage range: DC 0V~ 0.6V, that is, when the signal voltage is 0V~ 0.6V, the MOS tube is on, higher than 3.0V, the MOS tube is off, the signal voltage must not be between 0.6V ~ 3.0V, in that case, MOS is not fully open, high-power MOS will be burned.

Product parameters and application:

1: Working voltage: DC 4V--60V;

2: Trigger

signal source: high level trigger (DC 3.0V --24V), low level trigger (DC 0.0V ~ 0.6V ), switch control, can be connected to SINGLE-chip IO port, PLC interface, DC power supply, etc., can be connected to PWM signal, signal frequency 0-- 2.5KH z support.

3: Output

capacity: DC DC 4V--60V, constant current 10A at room temperature, power 600W! Under the condition of auxiliary heat dissipation, the current can reach 15A.

4:

Application: The output end can control high-power equipment, motor, bulb, LED belt, DC motor, micro pump, solenoid valve, etc., can input PWM, control motor speed, lamp brightness, etc.

5: Service

life: infinite switch;

Operating temperature: -40-85;

Size: 4.6 * 2.9 * 1.5 cm

High-voltage and high-power MOS field effect tube trigger switch drive module PWM regulating electronic switch control panel

Module Highlights:

1. This module supports high level trigger, low level trigger, switching volume control and PWM control;

2. Original imported dual MOS shunt active output, lower internal resistance, larger current, strong power, room temperature 10A, 600W, to meet the use of most equipment;

3.

Support ultra-wide voltage: DC 4V~60V;

4. Easily realize the control of high-power equipment.