Nexperia NPN Transistor 1A 60V 4-Pin SOT-223 BSP41,115

Nexperia BSP41,115 is a high-quality NPN bipolar transistor optimized for general purpose amplification and switching applications. This transistor features a maximum collector current of 1 Amp and a maximum collector-emitter voltage rating of 60 Volts, making it suitable for various industrial and electronic circuit designs.

The device is packaged in a compact 4-pin SOT-223 surface mount package, facilitating easy integration into modern printed circuit boards while saving valuable board space. Its power dissipation capability is 1.3 Watts, enabling operation under moderate loads with effective heat dissipation.

This transistor boasts a minimum DC current gain (hFE) of 30, contributing to versatile amplification performance. Furthermore, it supports a maximum transition frequency of 100 MHz, allowing use in high-frequency switching and signal amplification tasks.

Designed to operate reliably within a broad temperature range from -65°C to 150°C, the BSP41,115 is well suited for use in harsh or variable environments encountered in industrial, manufacturing, and power electronics applications.

Its physical dimensions of 6.7 mm length, 3.7 mm width, and 1.8 mm height underscore its compact size, ideal for densely packed electronic assemblies. The device complies with RoHS standards, reflecting commitment to environmentally responsible manufacturing practices.

The transistor's maximum collector-base voltage is rated at 70 Volts, and the maximum emitter-base voltage is 5 Volts, ensuring stable operation under standard voltage conditions. Surface mount SOT-223 package with 4 pins.

Maximum collector current: 1 A. Collector-emitter voltage: 60 V. Maximum power dissipation: 1.3 W. Transition frequency: 100 MHz. Operating temperature range: -65°C to 150°C. Minimum DC current gain: 30. RoHS compliant manufacturing.

Compact size for space-efficient board design.

This BSP41,115 transistor from Nexperia is ideal for use in electronic component assemblies within industrial, manufacturing, telecommunications, computing, and power electronics sectors. Its reliable performance and small form factor make it a valuable component for PCB designs requiring robust and efficient semiconductor devices.

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