Qorvo QPD1011AEVB Evaluation Board

Introduction

The Qorvo QPD1011AEVB Evaluation Board is a sophisticated tool designed for engineers and developers working with RF applications. This fully assembled evaluation board is tailored for the QPD1011A GaN-on-SiC input-matched transistor, enabling efficient device characterization and amplifier prototyping across a wide frequency range.

Part Description

The Qorvo QPD1011AEVB Evaluation Board is engineered to facilitate testing and development in the 100MHz to 1GHz frequency band. It features a 50Ω input match and a tunable output network, allowing users to optimize performance for various applications. The board is constructed using RO4350B PCB material with a thickness of 20 mils and 2 oz copper cladding, ensuring durability and reliability. With a typical linear gain of 18.7dB and an output power of 39.9dBm at 3dB compression, it is an ideal choice for both wideband and narrowband RF power stages.

Applications

• Military radar systems
• Civilian radar applications
• Land mobile and military radio communications
• Test instrumentation
• Wideband or narrowband amplifiers
• Jammers

Industries

• Telecommunications
• Defense and Aerospace
• Automotive
• Research and Development
• Test and Measurement

Usage Ideas

1. RF Amplifier Development: Utilize the QPD1011AEVB to prototype and test a wideband RF amplifier for communication systems, optimizing for gain and efficiency.
2. Radar System Testing: Implement the evaluation board in a radar system to assess performance metrics and refine design parameters for military or civilian applications.
3. Instrumentation Projects: Create a test setup using the board to evaluate various RF components, measuring output power and efficiency under different conditions.

Conclusion

The Qorvo QPD1011AEVB Evaluation Board is an essential resource for engineers looking to explore and develop RF applications. With its robust design and versatile capabilities, it serves as a powerful platform for testing and prototyping in various industries, making it a valuable addition to any RF engineer's toolkit.