ROHM Digital Transistor 50 V NPN Surface SOT-723, 3-Pin DTC014EMT2L

ROHM DTC014EMT2L is a digital transistor designed for surface mounting in a compact SOT-723 package measuring approximately 1.3 mm in length, 0.9 mm in width, and 0.55 mm in height. This NPN transistor features integrated bias resistors, allowing it to be driven directly from digital logic outputs without the need for external resistors. It supports a maximum collector emitter voltage of 50 V, making it suitable for a broad range of low power switching and amplification applications.

With a minimum DC current gain (hFE) of 30, the DTC014EMT2L ensures efficient amplification and switching performance. It dissipates a maximum power of 150 mW and is rated for operating temperatures up to 150°C, facilitating reliable operation in various industrial and electronic environments.

This transistor has a common emitter configuration and includes 3 pins, following standard surface mount outline suitable for modern PCB manufacturing processes. Though this device is not specifically approved for automotive standards, it provides robust performance for consumer electronics, industrial control systems, and other digital circuitry.

The design and quality adhere to ROHM Semiconductor's manufacturing excellence. Digital transistors like the DTC014EMT2L are popular for simplifying circuit designs by integrating resistors internally, thereby reducing component counts and saving PCB space.

This transistor integrates internal bias resistors for direct digital drive. Maximum collector emitter voltage rating is 50 V. NPN polarity with common emitter configuration. Minimum DC current gain of 30 ensures reliable switching.

Rated for 150 mW maximum power dissipation. Operates up to 150°C maximum temperature. Compact SOT-723 surface mount package with 3 pins. Dimensions: 1.3 mm (L) x 0.9 mm (W) x 0.55 mm (H). Includes ROHM quality standards without automotive certifications.

This Digital Transistor is ideal for industrial, consumer electronics, and embedded system applications requiring compact and efficient switching components. Its integrated resistors simplify circuit design and minimize PCB space utilization.

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