The Narda 5292-02 is a precision broadband RF coupler that provides controlled signal sampling across 1.5–18 GHz with minimal insertion loss and exceptional directivity. This high-directivity coupler delivers 13 dB nominal coupling (±1 dB) and achieves 25 dB minimum directivity from 8–18 GHz, extending to 27 dB minimum below 8 GHz. It integrates into RF measurement chains, signal monitoring circuits, and test systems where accurate power extraction is essential.
Technical Specifications
• Frequency range: 1.5–18 GHz
• Nominal coupling: 13 dB (±1 dB)
• Directivity: 27 dB (min.) for 1.5–8 GHz; 25 dB (min.) for 8–18 GHz
• Insertion loss (true): 1.0 dB (max.)
• Frequency sensitivity: ±1.5 dB (max.) across 1.5–18 GHz
• Primary line VSWR: 1.35 (max.)
• Secondary line VSWR: 1.40 (max.)
• Impedance: 50 Ω nominal
• Power handling: 5 W average, 100 W peak
• Primary input: 7 mm precision connector
• Secondary output: SMA female (precision stainless steel)
• Weight: 340 g (max.)
– Key Features
• Precision 7 mm connectors minimize measurement uncertainty in calibrated systems
• Low insertion loss preserves signal integrity in cascaded test setups
• Wideband operation eliminates the need for multiple couplers across the X-, Ku-, and K-band spectrum
• Precision SMA secondary output enables direct connection to modern bench instruments
• High directivity isolates forward and reflected power components with minimal crosstalk
– Typical Applications
• RF power monitoring and attenuation in lab and field test environments
• Incident and reflected wave measurement in antenna and transmission line characterization
• Signal conditioning in receiver development and system integration
• Broadband test point extraction in multi-band RF subsystem validation
– Compatibility & Integration
The 5292-02 is configured with SMA female connectors on the secondary (coupled) line, suiting integration with commercial RF analyzers, power meters, and software-defined radio test platforms. Primary input accepts standard 7 mm precision connectors. Compact form factor and light weight (340 g max.) support portable and benchtop deployment.
