Qorvo QPA1724D 17.3GHz to 21.2GHz GaN Power Amplifier

Introduction

The Qorvo QPA1724D is a high-performance GaN power amplifier designed to operate within the Satcom frequency band. With its ability to deliver significant output power and integrated diagnostics, this amplifier is an essential component for various advanced communication systems.

Part Description

The Qorvo QPA1724D operates in the frequency range of 17.3GHz to 21.2GHz, making it ideal for applications in satellite communications and radar systems. It boasts an impressive output power of up to 20W and a small-signal gain of 25dB. The amplifier utilizes Qorvo's advanced 0.15um GaN-on-SiC process, ensuring high efficiency and reliability. Additionally, it features an integrated power detector for enhanced system diagnostics and is fully matched to 50Ω, simplifying integration into existing systems. The device is also designed with on-chip blocking capacitors for improved ESD performance.

Applications

• Satellite communications (Satcom)
• Military radar systems
• Commercial radar applications
• Communication systems

Industries

• Aerospace and Defense
• Telecommunications
• Satellite Technology
• Commercial Electronics

Usage Ideas

1. Satellite Communication System: Design a satellite communication system that utilizes the QPA1724D to amplify signals for both uplink and downlink transmissions, ensuring robust communication capabilities.

2. Military Radar Application: Develop a military-grade radar system that leverages the high output power and efficiency of the QPA1724D to enhance target detection and tracking capabilities in challenging environments.

3. Commercial Communication Network: Create a commercial communication network that integrates the QPA1724D to boost signal strength and quality, improving overall network performance for users in urban areas.

Conclusion

The Qorvo QPA1724D is a versatile and powerful GaN power amplifier that meets the demanding requirements of both military and commercial applications. With its high output power, integrated diagnostics, and efficient design, it stands out as a reliable choice for enhancing communication and radar systems across various industries.