AE TECHRON 7224 - The Compact Power Amplifier for High-Performance Applications
Discover the exceptional capabilities of the AE TECHRON 7224, a leading-edge 4-quadrant power amplifier that delivers the functionality of larger industrial amplifiers, all within a compact 2U form factor. Designed for efficiency, the 7224 operates on single-phase 120/230VAC, making it adaptable for various operational needs.
This advanced amplifier boasts an impressive DC - 300 kHz bandwidth and offers flexibility with controlled-current or controlled-voltage modes of operation. It includes a broad spectrum of field-configurable options, ensuring that it meets the specific requirements of your application. The "P" option provides remarkable precision in controlling output offset, DC drift, and gain linearity.
The AE TECHRON 7224 is the go-to choice for demanding EMC applications. It is recognized for its reliability in CS2009 EMC testing, specifically designed for Radiated Immunity measurements in sections RI 140 and RI 150, in addition to conducting immunity in sections CI 210, CI 230, CI 250, and CI 260. Its compliance with industry standards makes it a validated option for conducted and radiated immunity tests under MIL STD 1275D, MIL STD 461, DO 160, SAE J1113-2, ISO 16750, General Motors GMW3172, and Chrysler CS-11809.
Ideal for research and educational labs, the 7224 can be configured to handle load resistance ranging from 100 ohms to a mere 0.5 ohms. Despite its compact design, it delivers powerful outputs of up to 50 amps and 158 volts, facilitating a wide array of applications—from high-energy experiments to nuanced scientific research. This amplifier demonstrates an impressive slew rate of 70 volts per microsecond, enabling precise waveform reproduction from DC frequencies to above 300 kHz, making it an excellent option for high-speed control applications. It effectively supports Small Bore MRI and NMR systems, switch-mode power supply component testing, and driving Helmholtz coils.
Specifications:
- Frequency Range: DC - 300 kHz
