The Amplifier Research SC1000M2 is a self-contained, air-cooled RF system controller that routes signals across multiple generators, amplifiers, and loads in a single instrument. It eliminates frequent cable changes during broadband EMC susceptibility testing by accommodating up to three signal generators, four power amplifiers, and four RF loads. Cold switching ensures reliable operation during re-routing, while forward power measurement capability supports high-power and high-frequency test configurations where switching and cable losses must be minimized.
Technical Specifications
• Product Type: RF System Test Controller
• Design: Self-contained, air-cooled, solid-state architecture
• RF Connectivity: Rear panel bulkhead connectors (K, SMA, N types)
• Power Handling: 1200 W at 0–0.1 GHz (N-type); 600 W at 0.1–0.5 GHz (N-type)
• System Capacity: Up to 3 signal generators, 4 power amplifiers, 4 RF loads
• Switching: Cold switching with system interlock sensing
• Control Interfaces: IEEE-488, RS-232, manual front panel
• Display: 4-line vacuum fluorescent display
• Output Power: +12 VDC switchable (1 A); +24 VDC unswitched (500 mA); 4× open collector outputs (800 mA each)
• Input Power: 90–260 VAC, 50–60 Hz
• Cooling: Air-cooled
– Key Features
• Forward power measurement accommodation
• Multi-amplifier/multi-load integration with reduced interconnect complexity
• System interlock protection via switch closure sensing
• Rear panel RF connectivity supporting multiple connector standards
• Flexible control via automation interfaces or manual operation
– Typical Applications
• EMC susceptibility testing across multiple frequency bands
• Multi-amplifier broadband RF testing
• Laboratory configurations requiring dynamic signal routing
– Compatibility & Integration
The SC1000M2 integrates with a variety of RF power amplifiers and loads, supporting broadband testing across different frequency bands with flexible amplification and load configurations.
Manufacturer: Amplifier Research (USA) | Export Classification: EAR99

















