Nexperia Small Signal PNP Transistor 3-Pin SOT-23 Package, -100 mA Maximum DC Collector Current, -40 V Maximum PMBS3906,215

The Nexperia PMBS3906,215 is a small signal PNP bipolar junction transistor featuring a compact 3-pin SOT-23 surface mount package ideal for low power amplification and switching uses in electronic circuits.

With a maximum DC collector current rating of -100 mA, collector emitter voltage of -40 V, and maximum power dissipation of 250 mW, this transistor excels in applications requiring moderate current and voltage handling in a small footprint.

Its single transistor configuration with PNP polarity allows it to be used effectively in complementary transistor arrangements or single-ended amplifier designs. The minimum DC current gain of 30 ensures sufficient amplification performance for signal processing.

The PMBS3906,215’s compact dimensions (3 mm length, 2.5 mm width, 1.1 mm height) and surface mount design enable easy integration into densely packed printed circuit boards with automated assembly methods.

Operating reliably across extreme temperature ranges from -65°C to 150°C, it suits a variety of industrial, automotive, and commercial electronic applications requiring robustness.

Maximum DC collector current of 100 mA for moderate signal and power needs. Collector emitter voltage maximum of 40 V enabling use in low to medium voltage circuits. Compact SOT-23 surface mount package for space-efficient layouts.

Wide operating temperature range from -65°C to 150°C for reliability in harsh environments. Minimum DC current gain hFE of 30 providing good transistor amplification characteristics. Maximum power dissipation of 250 mW suitable for small signal applications.

Single configuration PNP transistor type for versatile design. Three pin count ensuring simple PCB integration. Produced in Malaysia with high quality manufacturing processes.

This product is ideal for electronic designers and manufacturers looking for a dependable, compact PNP transistor for industrial, automotive, consumer electronics, and general purpose amplification and switching tasks.

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