Microchip N-Channel MOSFET, Maximum Continuous Drain Current 140 A, Maximum Drain Source Voltage 12 V, 4-Pin MSC035SMA070B4

Microchip MSC035SMA070B4 is a high-performance N-Channel MOSFET designed for power electronic applications requiring efficient switching and high current handling capabilities. Featuring a maximum continuous drain current of 140 A and drain source voltage of 12 V, it is housed in a standard 4-pin TO-247 package suitable for through hole mounting. Its low typical gate charge of 99nC contributes to fast switching speeds while maintaining low internal gate resistance.

The device ensures reliable operation over a wide temperature range from -55°C to a maximum of 175°C, making it ideal for demanding industrial environments and high-temperature applications. With a maximum drain-source resistance of 8Ω and forward voltage of 1.8 V, it balances conduction efficiency and power losses effectively. The maximum power dissipation rating of 1.6 W supports small-power configurations where thermal management is critical.

Microchip's silicon carbide power MOSFET technology provides enhanced performance compared to traditional silicon MOSFETs and IGBTs, lowering total cost of ownership in high voltage and high power applications. The MOSFET is fully RoHS compliant, demonstrating adherence to environmental standards.

This MOSFET is well suited for industrial, laboratory, and power management applications including switching power supplies, motor controllers, and other discrete semiconductor roles in electronics and electrical equipment.

Designed for through hole mounting in electronic circuits. Supports continuous drain current up to 140 A. Wide operating temperature range from -55°C to 175°C. Low gate charge at typical gate-source voltage for efficient switching.

Compliant with RoHS environmental standards. Efficient conduction with 1.8 V forward voltage. Robust TO-247 package with 4 pins for secure mounting. Explore the range of Microchip MOSFETs and other semiconductor components on EnvMart for your electronic design and industrial power management needs.