DiodesZetex BSS84W P-Channel MOSFET is a discrete semiconductor device optimized for low power surface mount applications. The device features a maximum continuous drain current of 130 mA and a maximum drain-source voltage of 50 V, providing robust performance in compact circuits.
This enhancement mode MOSFET has an efficient 3-pin SC-70 package, ensuring easy integration into printed circuit boards with surface mount technology. The device supports a maximum power dissipation of 200 mW, which allows reliable switching and amplification in diverse electrical and electronic systems.
The BSS84W supports an operating temperature range from -55 °C to 150 °C, making it suitable for industrial and automotive environments that require thermal stability. The MOSFET maintains a typical gate charge of only 0.59 nC at Vgs for fast and efficient switching. Additionally, it can tolerate a maximum gate-source voltage of ±20 V, enhancing its operational reliability under variable voltage stress.
Certified to automotive standards AEC-Q101, AEC-Q100, and AEC-Q200, the device meets rigorous quality and reliability criteria needed in automotive electronic control units and other safety-critical applications.
The small form factor with physical dimensions of 2.2 mm length, 1.35 mm width, and 1 mm height makes it ideal where board space is limited, such as in compact power management modules, sensor controllers, and embedded systems.
Type P channel enhancement mode MOSFET optimized for low current switching. Compact SC-70 surface mount package with 3 pins enhances integration. Peak power dissipation of 200 mW for reliable device operation. Wide temperature range supports industrial and automotive use cases.
Low gate charge enables efficient high-speed switching circuits. Robust maximum gate-source voltage ±20 V increases tolerance. Automotive quality approvals ensure high reliability. Small dimensions enable usage in space-constrained electronic designs.
This DiodesZetex BSS84W MOSFET is ideal for industrial, automotive, and electronic component assemblies requiring high reliability and efficient power control. It is widely used in power management, signal switching, and interface circuits.
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