MOS [WG 2307SY P5N60S] (+GST 18%)

Product Price

₹49

Minimum Quantity: 5

Description

MOSFET WG 2307SY P5N60S – High Voltage N-Channel MOSFET for Electric Scooter Controllers

The MOSFET WG 2307SY P5N60S is a high-performance N-Channel power transistor designed to handle the rigorous demands of modern electric scooter systems. Whether you’re upgrading your scooter’s controller, repairing a BLDC motor driver, or building a battery management system (BMS), this powerful component ensures smooth operation, high-speed switching, and exceptional energy efficiency.

With a 600V drain-source voltage rating, this MOSFET is ideal for handling higher voltage ranges found in advanced EV electronics. Its rugged design, fast switching capabilities, and excellent thermal performance make it a top choice for EV service technicians and DIY builders.

Key Features of WG 2307SY P5N60S MOSFET

  • N-Channel Enhancement-Mode Power MOSFET
  • 600V Drain-Source Voltage (Vds)
  • Continuous Drain Current up to 5A
  • Low Gate Drive Requirements
  • Fast Switching Speed
  • TO-220 Package for Optimal Heat Dissipation
  • Ideal for Electric Scooter Controllers and High Voltage Converters

Technical Specifications

  • Model WG 2307SY P5N60S
  • Type N-Channel MOSFET
  • Drain-Source Voltage 600V
  • Continuous Current (Id) 5A
  • Gate Threshold Voltage (Vgs(th)) 2V - 4V
  • Package TO-220
  • Switching Speed Fast
  • Application EV controllers, BMS, inverter modules, high-voltage converters

Why Choose WG 2307SY P5N60S for Your E-Scooter?

  • High Voltage Support: With 600V Vds, this MOSFET supports mid-to-high-voltage electric scooters and converters.
  • Reliable Thermal Performance: TO-220 casing supports effective heat dissipation under heavy loads.
  • Efficient Power Switching: Reduced switching loss improves overall scooter controller efficiency.
  • Versatile Compatibility: Works with most DC-DC converters, BLDC motor drivers, and charging circuits in the EV ecosystem.
  • Durable Construction: Made for long-lasting, stable operation in mobile and outdoor environments.expert recommendations!