MOS FET F5305S 60N03 4 Channels Pulse Trigger Switch Controller PWM Input Steady For Motor LED 4 Way 4ch Diy Electronic Module

MOS FET F5305S 60N03 4 Channels Pulse Trigger Switch Controller PWM Input Steady For Motor LED 4 Way 4ch Diy Electronic Module

$9.68

$9.68 $0.00

Description

SPECIFICATIONS

4 Channel MOS PLC Amplifier Board Driver Module: PWM 3-20V To 3.7-27V DC 10A Board Driver 4-Channel MOSFET PLC Amplifier

4 Channel MOS Pulse Trigger Switch MOS FET: F5305S 60N03 Controller PWM Input Steady For Motor LED 4 Way Diy Electronic Module

4 Channel Mos Tube Amplifier Circuit Board: Motor Drive Control Module PWM Input Signal Optocoupler Isolation

Application: Computer

Brand Name: EC Buying

Condition: New

Dissipation Power: low

Four-way MOS tube/field effect tube module: amplifier circuit board/driver module 4-way optocoupler isolation DC

High-concerned chemical: none

Operating Temperature: normal

Origin: Mainland China

Package: module

Smart Electronics Experiment: Switch And Sensor For Arduino STM32

Supply Voltage: 3-20V To 3.7-27V DC 10A

Type: Voltage Regulator

is_customized: Yes

Feature:

1. Strong anti-interference ability, stable performance, input signal and output isolation.

2. Input signal: PWM signal between 3~20V

3. Output capacity: DC 3.7V~27V, current within 10A per channel

4. PWM frequency: 0~200Hz

5. Indicator light: with input signal and output indicator light

6. Application description: The output terminal can control high-power equipment, motors, bulbs, LED strips, DC motors, miniature water pumps, solenoid valves, etc., and can input PWM to control motor speed, lamp brightness, etc.

7. Module interface description:

DC+: The positive pole of the device's DC power supply

DC-: the negative pole of the device's DC power supply

PWM: signal input terminal (connected to MCU IO port, PLC interface, DC power supply, etc.)

GND: signal negative terminal

OUT+: Positive output terminal (connected to the positive pole of the device)

OUT-: The negative pole of the output terminal (connect to the negative pole of the device)

Product parameters

Voltage: 3.3V, 5V
Port: Digital level
Output load voltage: 0-24V
Output load current: <5A (1A or more need to add heat sink)

Product Features

Using the original IRF520 power MOS tube, you can adjust the PWM output
Arduino can drive up to 24V load, such as LED lights, DC motors, micro pumps, solenoid valves
Used PWM can be used to achieve LED stepless dimming, motor stepless speed regulation

CAUTION: Install the heatsink for loads above 1A