QPA2962
Product Specifications
Product Overview
The QPA2962 from Qorvo is a GaAs power amplifier engineered for high-frequency performance with excellent linearity, low noise figure, and robust power handling for wireless infrastructure and defense systems. Qorvo is a leading provider of RF and power semiconductor solutions for mobile, infrastructure, defense, and aerospace markets with advanced GaN and GaAs technologies.
Superb Automation partners with leading brands including Qorvo, TI, ADI, XILINX, NVIDIA, Intel, ST, MACOM, Renesas, and Coilcraft.
Key Features
- 50-ohm matched RF ports for simplified system integration
- Low noise figure for sensitive receiver front-end designs
- Compact surface-mount or flange-mount packaging options
- Robust GaN/GaAs process technology for high reliability
- Wideband frequency coverage with flat gain response
- High linearity with excellent OIP3 and P1dB performance
Applications
PCB & Industry Solutions
PCB Manufacturing Capabilities: 16–60L high-layer-count PCBs, HDI with mechanical blind vias, ENIG/ENEPIG surface finish, heavy copper (2oz+), TUC (Taiwan Union Technology) high-Tg laminates.
Industry Solution Experience:
AI Servers | NEV Powertrain | Phased-Array Radar | 5G Base Station | UAV Avionics | Medical Imaging
Superb Automation provides complete PCB+PCBA+components sourcing solutions for these industries.
Technical Specifications
| Parameter | Value |
|---|---|
| Output Power (P1dB) | Robust power handling capability |
| Package Type | Surface-mount / flange-mount RF package |
| Supply Voltage | Standard bias voltage; see datasheet |
| Gain | High gain with excellent flatness |
Complementary Parts
TGA2307-SM – Complementary RF & Microwave Devices from Qorvo. Refer to datasheet for detailed specifications and cross-reference information.
TGA2514 – Complementary RF & Microwave Devices from Qorvo. Refer to datasheet for detailed specifications and cross-reference information.
TGA2307 – Complementary RF & Microwave Devices from Qorvo. Refer to datasheet for detailed specifications and cross-reference information.