onsemi NPN Darlington Transistor 300 mA 30 V, 3-Pin SOT-23 Surface Mount MMBTA13LT3G

onsemi MMBTA13LT3G NPN Darlington Transistor is designed for use in electronic circuits requiring high current gain and moderate voltage handling capability. This 2 element Darlington transistor features a maximum continuous collector current of 300 mA and a collector emitter voltage of 30 V, supporting efficient amplification with a minimum DC current gain of 5000. Its compact 3-pin SOT-23 surface mount package with a length of 3.04 mm and height of 1.01 mm allows integration into space-critical designs.

With a power dissipation capability of 300 mW and a collector emitter saturation voltage of 1.5 V, the MMBTA13LT3G transistor is suitable for low power switching and amplification tasks in commercial, automotive, and industrial electronics. Its wide operating temperature range from -55°C up to 150°C ensures reliable performance in various environmental conditions.

The transistor also meets the automotive-grade AEC-Q101 standard, confirming its robust quality and reliability for automotive applications. Surface mount type facilitates efficient automated placement on printed circuit boards.

Maximum continuous collector current of 300 mA ensures moderate power handling. Collector emitter voltage rating up to 30 V supports various low voltage applications. High current gain (hFE) of 5000 provides efficient amplification.

Compact 3.04 mm length and 1.01 mm height enable use in space-constrained electronic devices. Surface mount device type simplifies automated PCB assembly. Wide operating temperature range from -55°C to 150°C allows use in harsh environments.

Maximum power dissipation rated at 300 mW suitable for low power circuits. Automotive standard compliant (AEC-Q101) for reliability in automotive electronics. Low saturation voltage of 1.5 V improves switching efficiency.

This NPN Darlington transistor is ideal for industrial electronics, automotive systems, consumer devices, and other applications requiring stable current switching and amplification. It can be used in relay driving, motor control, signal amplification, and other electronic switching circuits.

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