Amplifier Research ATP10K100M / AT5000 - High Power RF Field Generator
The Amplifier Research ATP10K100M, previously designated as AT5000, stands at the forefront of broadband RF technology as a high power RF Field Generator. Engineered for performance, this robust unit excels in generating intense RF fields across a wide frequency spectrum, making it an essential tool for testing and research applications.
Designed with a balanced parallel conductor transmission line measuring 2.4 meters in length and 1.0 meter in width, the ATP10K100M optimally matches the free space impedance of 377 ohms, ensuring remarkable efficiency in RF field production. Its innovative twin conductor setup generates both electric (E) and magnetic (H) fields, allowing for comprehensive experimental versatility.
The built-in matching transformer and load resistors enhance the unit's VSWR characteristics, maintaining excellent performance across its frequency range of 10 kHz to 100 MHz. For added functionality, the amplifier's structure can be rotated, and its height adjusted, accommodating various unit sizes under test.
The mobility of the ATP10K100M is further enhanced by its stand, which is equipped with casters, enabling effortless positioning within your workspace. Small items can be placed on a pedestal or table for testing, while for larger equipment, the adjustable height and angle of the radiating elements ensure maximal field strength and coverage.
Specifications of the AR ATP10K100M (AT5000)
- Power Input: Up to 3000 watts maximum (CW)
- Frequency Range: 10 kHz – 100 MHz
- VSWR: 2.0:1 max for 10kHz – 100 MHz, 6:1 max for 10-20kHz at above 1KW input power
- Electric Field Intensity: Refer to datasheet for detailed information
- RF Input Connector: C(f) plus N(f) quick change connector
- Cooling: Natural convection, effective up to 40° ambient temperature
- Dimensions (WxHxD): 265 cm x 240 cm x 120 cm (105 x 96 x 49 in)
The Amplifier Research ATP10K100M / AT5000 is your go-to solution for precise, high-power RF field generation. Experience unmatched flexibility and efficiency in your RF testing endeavors.
