Broadband Power Amplifier 50 KHz to 43 GHz by AT Microwave
AT Microwave's AT-BBLF-0043-2720C is a broadband power amplifier engineered for continuous operation from 50 KHz to 43 GHz. This ultra-wideband device bridges low-frequency and mmWave applications, enabling seamless coverage across multiple frequency bands in a single amplification stage. The amplifier delivers consistent performance specifications throughout its operational range, suitable for demanding RF and microwave systems.
Technical Specifications
- Frequency Range: 50 KHz to 43 GHz
- Output Power (P-1dB): +20 dBm up to 30 GHz; +18 dBm from 30 GHz to 43 GHz
- Gain: 27 dB across operational bandwidth
- Noise Figure: 6 dB
- Connector Type: 2.92mm coaxial interfaces
The consistent 27 dB gain throughout the operating range ensures predictable signal amplification, while the 6 dB noise figure maintains signal integrity for receiver applications. The 2.92mm connectors provide robust mechanical and electrical connections standard in high-frequency RF systems.
Applications
- 5G/6G & Telecommunications: Network testing, development systems, and wideband infrastructure requiring multi-band coverage
- SATCOM: Satellite communication terminals and ground infrastructure across extended frequency ranges
- Defense & Aerospace: Electronic warfare systems, military radar, and broadband signal processing applications
- Research & Test: Spectrum monitoring, wideband measurement systems, and RF/mmWave laboratory equipment
The extended frequency range from 50 KHz to 43 GHz makes the AT-BBLF-0043-2720C particularly valuable for applications requiring operation across multiple frequency bands without separate amplification stages. This integration reduces system complexity and footprint while maintaining performance throughout the entire operational bandwidth.
bq-microwave, as European distributor of AT Microwave components, provides access to the AT-BBLF-0043-2720C and complementary RF and mmWave solutions. For technical documentation and ordering information, please contact us.