DiodesZetex 2 A NPN Transistor 30 V, Surface Mount SOT-89 Package 2DD2679-13

DiodesZetex 2DD2679-13 is a general-purpose NPN bipolar junction transistor designed for electronic applications that require switching and amplification with collector currents up to 2 A and voltage up to 30 V.

This transistor comes in a surface mount SOT-89 package, which ensures compact installation on printed circuit boards for space-constrained industrial, commercial, and consumer electronics.

It features a minimum DC current gain (hFE) of 270, making it well-suited for amplification tasks, while the maximum power dissipation rating of 2 watts ensures reliable operation without thermal failures in moderate power circuits.

The device operates in a wide temperature range from -55°C to 150°C, supporting use in harsh environments including industrial and automotive systems. The maximum transition frequency of 240 MHz allows for high-frequency switching and signal amplification in communication and control circuits.

Its 3-pin SOT-89 package with dimensions of height 4.25 mm, length 4.6 mm, and width 2.6 mm enables easy PCB mounting and integration into compact electronic systems. Supports collector current up to 2 A for medium power applications.

Rated for collector-emitter voltage of 30 V for moderate voltage environments. Surface mount SOT-89 package with 3 pins for efficient PCB layout. High gain with minimum hFE of 270 for improved amplification performance. Maximum power dissipation of 2 watts to maintain thermal stability.

Wide operating temperature from -55°C to 150°C suitable for industrial use. High transition frequency of 240 MHz for high-speed switching applications. Compact transistor dimensions allowing space-saving circuit designs.

This transistor is ideal for industrial, electronic manufacturing, automotive, consumer electronics, communication, and control systems requiring reliable switching and amplification.

Explore more semiconductor and Transistor options within EnvMart's Electronics & Electricals category for optimized circuit designs and high-quality components.