IFI Instruments T1812-400 TWT Amplifier
Precision RF Microwave Amplification from 12 to 18 GHz
The IFI T1812-400 RF Microwave TWT (Traveling Wave Tube) Amplifier stands out in its class, delivering exceptional RF performance tailored for various applications in the 12 to 18 GHz frequency range. Combining innovative design with a proven track record, this amplifier is recognized for its reliability and superior capabilities, establishing itself as an industry leader.
Key Features
- Operational safety is prioritized with comprehensive RF and hardware protection systems, including VSWR reflected power protection and over-current/voltage safeguards.
- Redundant thermal and airflow sensors effectively prevent overheating, ensuring solid performance under demanding conditions.
- An intuitive modern interface and backlit LCD display provide real-time forward/reverse power indication, system status, and self-diagnostic information for user convenience.
- Modular design minimizes internally produced EMI signal leakage, facilitating straightforward access for field servicing and efficient repairs.
- Equipped with RS-232 and IEEE-488 interfaces for seamless computer automation and remote control capabilities.
- RF Sample Ports located on both the front and rear panels offer added flexibility for system integration.
Specifications
- Frequency Range: 12 to 18 GHz
- Rated Power: 400 watts (minimum)
- P1dB Power: 200 watts (minimum)
- Input / Output Impedance: 50 ohms
- RF Input / Sample Connectors: Type N Female
- RF Output Connector: Type N Female
- Operating Temperature: 0° to 50° C
- Non-operating Temperature: -40° to 70° C (50,000 feet max)
- Humidity: 95% without condensation
- Cooling System: Air cooled, self-contained
- Modulation: All types, including AM, FM, and Pulse
Enhanced Monitoring and Control
The T1812-400 not only excels in power output but also ensures user-friendliness with features like internal systems diagnostics and status indicators. Filament/beam elapsed time metering in hours aids in maintenance planning and operational efficiency, while simultaneous forward/reflected power indication provides vital usage data at a glance.
