N‑MOSFET transistor EB445317983 60V 35A

N‑channel MOSFET transistor EB445317983 rated for a maximum drain‑source voltage of 60V and a continuous current capability of 35A. This power MOSFET is designed for switching and power management in compact PCB layouts, offering reliable high‑current switching and thermal performance for applications such as motor drivers, DC‑DC converters and power supplies.

Advantages

The MOSFET delivers low on‑resistance and fast switching characteristics to minimize conduction and switching losses. Its 60V drain‑source rating and 35A continuous current capability support medium‑power designs while maintaining stable thermal performance in constrained board space. The device's package and pin configuration simplify PCB layout and thermal conduction to heat sinks or copper pours.

Suitable for

• Motor driver stages and H‑bridge circuits
• DC‑DC converters and point‑of‑load regulators
• Power supply switching and load switching
• Buck/boost converters in embedded systems
• General purpose high‑current switching in industrial electronics

Key specifications

• Transistor type: N‑channel MOSFET
• Maximum drain‑source voltage (Vds): 60 V
• Continuous drain current: 35 A
• Intended use: switching and power management
• Package: compact PCB‑mount power package suitable for thermal conduction

How to use

Integrate the N‑MOSFET into the switching stage of the circuit with appropriate gate drive to control switching speed and minimize switching losses. Ensure proper gate resistor, gate drive voltage and flyback diodes or snubbers in inductive applications such as motor drivers or converters. Verify thermal path to PCB copper or heatsink, and follow standard layout practices: short gate and drain loops, sufficient copper area for the drain and source, and decoupling close to the device.

Usage recommendations

Operate the device within its 60V drain‑source limit and 35A continuous current rating; consult system thermal calculations to avoid exceeding junction temperature. Use appropriate gate drive voltage levels and protection components (transient suppression, gate resistors, and proper PCB thermal design) to ensure reliable long‑term operation in switching and power management applications.