STMicroelectronics

PD84010-E

PD84010-E Description

The PD84010-E from STMicroelectronics is an LDMOS-based RF MOSFET designed for high-performance RF amplification applications. Operating at 870MHz with a rated voltage of 40V and a current rating of 8A, this component delivers 2W output power and achieves a 16.3dB gain, making it suitable for demanding RF signal amplification tasks. Tested at 7.5V and 300mA, it ensures reliable performance under specified conditions. The device is housed in a PWRSO-10RF package and supplied in a tube, adhering to ROHS3 compliance and REACH unaffected standards. Although marked as obsolete, its robust design and Moisture Sensitivity Level (MSL) 3 (168 hours) rating ensure stability in storage and handling.

PD84010-E Features

• High Gain & Efficiency: 16.3dB gain enhances signal amplification with minimal loss.
• LDMOS Technology: Offers superior thermal stability, linearity, and power density compared to traditional MOSFETs.
• Optimized for 870MHz: Ideal for applications requiring stable performance in the 800-900MHz band.
• Robust Packaging: PWRSO-10RF ensures effective heat dissipation and mechanical durability.
• Compliance: ROHS3 compliant and REACH unaffected, meeting environmental and safety standards.
• Tested Reliability: Verified at 7.5V/300mA for consistent operation under load.

PD84010-E Applications

• Base Station Amplifiers: Suitable for cellular infrastructure due to its high gain and power efficiency.
• RF Transmitters: Ideal for two-way radios, broadcast systems, and public safety communications.
• Industrial RF Systems: Used in ISM band applications requiring stable, high-power amplification.
• Military & Aerospace: LDMOS reliability makes it fit for rugged environments with stringent performance demands.

Conclusion of PD84010-E

The PD84010-E stands out as a high-performance LDMOS RF MOSFET, offering exceptional gain, power efficiency, and thermal stability for critical RF applications. While obsolete, its tested reliability, compliance, and optimized frequency performance make it a viable choice for legacy systems or specific upgrades. Engineers in telecom, broadcasting, and industrial RF sectors can leverage its strengths for robust signal amplification where newer alternatives may not be compatible.