The IFR 6844A is a dual-function system analyzer covering 10 MHz to 24 GHz, combining scalar analysis with spectrum analysis in a single integrated instrument. Built around a synthesized source, the 6844A delivers CW output, swept-source capability for scalar measurements, and tracking generator functionality for spectrum analysis. The receiver operates as a tuned input for high dynamic range scalar measurements, while an offset tracking source accommodates frequency translation device characterization. This consolidation eliminates the need for separate test equipment, reducing bench space and setup complexity.
Technical Specifications
• Frequency Range: 10 MHz to 24 GHz
• Scalar Analysis: Included
• Spectrum Analysis: Up to 24 GHz
• Synthesized Source: CW output, swept source, tracking generator, offset tracking source
• Receiver: Tuned input for high dynamic range scalar measurements
– Key Features
• Single-unit integration of source, scalar analyzer, and spectrum analyzer eliminates multiple instruments
• Synthesized source operates in multiple modes—CW, swept, tracking, and offset tracking—for diverse measurement scenarios
• Spectrum analyzer receiver doubles as a precision input stage for scalar measurements requiring extended dynamic range
• Optional FM modulation extends source capabilities for modulated signal characterization
• Optional Group Delay module enables simultaneous amplitude and group delay measurement with integrated FM functionality
• Fault location support for field diagnostics and maintenance
– Typical Applications
• RF and microwave component characterization
• Network analysis on frequency translation devices
• Scalar gain/loss and reflection measurements
• Spectrum monitoring and analysis
• Group delay and phase response measurement (with option)
– Compatibility & Integration
The 6844A functions as a general-purpose RF/microwave system analyzer, supporting a broad measurement portfolio across laboratory and field environments. Its modular option structure allows configuration tailored to specific application requirements without unnecessary cost.
