1W Output Power 700–1600MHz Frequency Range RF Power Amplifier Module with 45dB Minimum Gain

The BTPA0716M-1W1005C is a wideband RF power amplifier module engineered to amplify RF signals across the 700–1600MHz frequency range. It delivers 1W output power (30 ± 1dBm), a minimum gain of 45dB, and includes an integrated circulator-based VSWR protection arrangement with a 20W load and hybrid coupler.

The BTPA0716M-1W1005C is a wideband RF power amplifier module operating from 700MHz to 1600MHz. It is designed for RF systems that require signal amplification across a broad frequency range within a single module.

The module amplifies RF input signals to a specified output power of 30 ± 1dBm. Its 45dB minimum gain supports applications requiring increased RF signal levels, while the wide operating frequency range provides flexibility when integrating into compatible wireless communication equipment.

The module features a built-in circulator-based VSWR protection arrangement with a 20W load and hybrid coupler, a built-in −20dB coupling port, and an SMA RF connector. Its compact 100 × 45 × 20mm form factor (excluding connectors) supports integration into space-constrained RF equipment. Other connector types can be customized according to project requirements.

• Length 100mm
• Width 45mm
• Height 20mm

• RF Test and Measurement Systems — Can be evaluated as an RF amplification component in laboratory setups that require signal-level adjustment across compatible frequencies.
• Wireless Communication Equipment — May be integrated into compatible RF equipment requiring amplification within the 700–1600MHz range.
• RF Signal Conditioning — Provides a potential amplification stage in RF signal chains, subject to the system's gain, power, and linearity requirements.
• Wireless Data and Telemetry Equipment — Can be assessed for compatible wireless data systems operating within the module's specified frequency range.
• RF Engineering and Prototype Development — Suitable for evaluation during RF prototype development where wideband amplification and defined electrical interfaces are required.