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DTA115EETL

DTA115EETL Description

The DTA115EETL is a high-performance, single pre-biased PNP bipolar transistor from ROHM Semiconductor. It is designed for applications requiring high frequency, low power, and low noise performance. The device features a 250 MHz transition frequency, a maximum collector current of 20 mA, and a low saturation voltage of 300 mV at 5 mA collector current. The DTA115EETL is available in a compact EMT3 surface mount package, making it ideal for space-constrained applications.

DTA115EETL Features

• 250 MHz transition frequency for high-speed switching and amplification
• 20 mA maximum collector current for low power applications
• Low saturation voltage of 300 mV at 5 mA collector current for improved efficiency
• Compact EMT3 surface mount package for space-constrained designs
• 50 V collector-emitter breakdown voltage for reliable operation in high-voltage circuits
• 150 mW maximum power dissipation for extended device life
• RoHS3 compliant for environmentally friendly manufacturing
• REACH unaffected for compliance with European chemical regulations
• Moisture sensitivity level 1 for unlimited storage time in controlled environments

DTA115EETL Applications

The DTA115EETL is ideal for a wide range of applications, including:

1. RF and IF amplifiers in communication systems
2. Low-noise amplifiers in audio equipment
3. Switching regulators and DC-DC converters
4. Motor control and drive circuits
5. Automotive electronics and infotainment systems
6. Industrial control and automation systems

Conclusion of DTA115EETL

The DTA115EETL is a versatile, high-performance pre-biased PNP bipolar transistor that offers a unique combination of high frequency, low power, and low noise performance. Its compact EMT3 package and RoHS3 compliance make it an excellent choice for a wide range of applications, from communication systems to automotive electronics. With its superior technical specifications and performance benefits, the DTA115EETL stands out as a top choice for demanding applications that require the utmost reliability and efficiency.