The Agilent/Keysight 5086-7501 (5086-6501) is a frequency converter assembly designed for microwave signal processing in high-frequency test and measurement systems. The assembly integrates a voltage-tuned oscillator (VTO) with four sampler modules to perform down-conversion and up-conversion of RF/microwave signals up to 50 GHz. This modular architecture enables precise signal manipulation across broadband frequency ranges, making it essential for network analysis, frequency conversion, and sampler-based signal detection applications.
Technical Specifications
• Frequency Range: Up to 50 GHz
• Primary Assembly: Voltage-Tuned Oscillator (VTO) Assembly (A14)
• Sampler Modules: Four units (A10, A11, A12, A13)
• Optional Attenuators: In-line attenuators available on sampler modules for Options 007, 002+007, and 004+007
• Interconnect: Semi-rigid cables to sampler inputs; flexible cables for system routing
– Key Features
• Multi-sampler configuration enables simultaneous or sequential signal sampling
• Voltage-tuned oscillator provides tunable local oscillator functionality for mixing operations
• Modular construction facilitates integration into larger test set assemblies
• Optional attenuator options accommodate different input signal levels
• Removable mounting plate and bracket design allows straightforward insertion and extraction from host equipment
– Typical Applications
• Microwave signal down-conversion in network analyzers and spectrum analysis instruments
• Multi-channel RF signal sampling and detection
• High-frequency signal routing and conditioning within test sets
• Frequency translation for broadband RF/microwave measurements
– Compatibility & Integration
The 5086-7501 integrates into test equipment via ribbon cables and harnessed wire assemblies. Related VTO driver assemblies (5086-7516) and sampler modules (5086-7806, 5086-7958, 5087-7001) form a complementary family of microwave components. Companion assemblies such as YIG tuned oscillator modules (5086-6500) and RF couplers/amplifiers support complete frequency conversion chains in measurement systems.
