High-Power Dual MOSFET Switch Module - 15A PWM

Single Channel Power MOSFET Switch Module [3.3V-36V] [15A] package contains of the high power active switch that can be controlled by an external trigger signal such as a PWM signal, DC signal, etc. This switch module is based on a pair of high power MOSFET that be triggered by a trigger signal to switch the driving line of electrical or electromechanical devices. These two MOSFETs are parallel that create parallel active output to achieve more conductivity, less internal resistance, more electric current, and higher power. This switch can continuously conduct 15A high current at 5V up to 36V DC and so 400W power in common environmental condition resulted in supporting a variety of high power devices without any consideration.

This switchboard has 3 pairs terminal, a pair of screw terminal for supplying, 1 pair screw terminal for output driving line (connect to the power device) and a pair of pad solder for input triggering signal. This active Switch can be supplied with a wide range of voltages from TTL logic level (3.3V) up to 36V DC power supply that can be commanded from a 3.3V up to 20V trigger signal of the single-chip IO port, PLC interface, through a PWM signal (signal frequency 0--20KHZ perfect support), DC power supply, etc. This switchboard can be used for driving and controling (by PWM pulse, etc.) power equipment such as electromechanical motors, light lamps, LED light modules, DC motors, micro-pumps, solenoid valves, etc.

Specificatoins of High-Power Dual MOSFET Switch Module - 15A PWM:

• MOSFET: AOD4184A N-channel MOSFET
• Control Voltage: 3.3V ~20V
• Output Voltage: 5V ~ 36V DC
• Peak Current: 30A (10 seconds)
• Output Continuous Current: 15A
• Channel: 1 Channel
• Battery Protection Mode: No
• Operating temperature: -40°C ~ +85°C
• Cooling Fan: NO
• Arduino Sheild: No- can be used with Wire connection
• Speed Control: Yes
• Polarity Protection: NO
• Size: 34mm x 17mm x 12mm (LxWxH)

Features of High-Power Dual MOSFET Switch Module - 15A PWM:

• High Current Handling: The AOD4184A module can handle significant currents, making it suitable for applications involving high-power loads.
• Low On-Resistance: The AOD4184A MOSFET features low RDS(on), resulting in efficient current conduction and minimal heat generation.
• Logic Control: The module is easily controlled by a digital signal, allowing for easy integration into microcontroller-based projects.
• Usage Tip:
• Ensure that the module is properly cooled when switching high currents, as excessive heat can affect its performance and lifespan. Use appropriate heat sinks if necessary.
• Caution:
• Be cautious when switching high currents, as improper handling can lead to overheating and damage to the module. Ensure proper electrical insulation and isolation to prevent short circuits. Follow the manufacturer's guidelines for voltage and current ratings to avoid exceeding the module's capabilities.