ROHM Digital Transistor 50 V NPN 100 mA Surface Mount EMT 3-Pin DTC114EETL

ROHM DTC114EETL digital transistor is a high-performance NPN bipolar transistor designed for surface mount technology applications in electronics. It features an integrated resistor, making it a digital transistor that can be driven directly from logic outputs without additional components. Packaged in a compact 3-pin EMT surface mount case, this transistor offers a maximum collector-emitter voltage of 50 V and can handle a continuous collector current up to 100 mA, dissipating up to 150 mW of power.

The design includes a minimum DC current gain of 30, ensuring efficient switching and amplification capabilities. Its compact size - 1.7 mm length, 0.9 mm width, and 1.3 mm height - facilitates dense PCB layouts for compact devices. Operating temperatures up to 150°C make it robust for various industrial, consumer electronics, and communication applications.

This digital transistor is widely suitable for applications requiring integrated bias resistors for simplified circuitry, such as signal switching, amplification, and digital logic interfacing. The single transistor configuration integrates seamlessly in circuits designed for digital and analog functions.

This digital transistor is designed for surface mount assembly with a 3-pin EMT package. It features a single NPN transistor with integrated resistors for direct digital driving. The transistor has a minimum DC gain (hFE) of 30, ensuring reliable switching performance.

Maximum continuous collector current is 100 mA with power dissipation rated at 150 mW. Compact physical dimensions support high-density circuit designs. Maximum operating temperature of 150°C enables use in demanding environments.

No automotive standard certifications are specified for this device.

Applications include industrial automation, consumer electronics, telecommunications, and embedded systems where efficient digital switching components are required. ROHM's Digital Transistor technology offers reliable performance with simplified circuit design benefits. For more components and detailed specifications, explore the Semiconductor catalog at EnvMart.