N Male to N Male System Interconnect Low-Loss RF Cable Assembly – Use CFS740H Coax

N Male to N Male Low-Loss RF Cable Assembly – Built with CFS740H Coaxial Cable

The N Male to N Male Low-Loss RF Cable Assembly — model IFCDN-NMNM-1M — is a high-performance interconnect designed for broadband and microwave measurement systems requiring superior phase stability and repeatable electrical precision. It is built with Mechanc’s CFS740H coaxial cable, a variation of the CFS740 ultra-low-loss 18 GHz precision test coaxial cable with PFA jacket, and terminated with two precision N-type male connectors (reference N-JCFS740H-1). Supporting frequencies up to 18 GHz, this 7.4 mm-diameter assembly achieves a maximum VSWR of 1.35 and an insertion loss of 1.7 dB per meter, ensuring low signal attenuation and excellent impedance control across the operating range.

High-Frequency Accuracy and Phase Stability

Optimized for operation through 18 GHz, the IFCDN-NMNM-1M provides consistent return-loss stability and precise impedance matching. The rugged N-type male connectors deliver repeatable performance under repeated mating cycles, making this assembly ideal for vector network analyzer (VNA) testing, calibration, and broadband system verification in both laboratory and field environments.

Explore Mechanc’s N RF Cable Assemblies collection — engineered for low-loss signal transmission, stable phase performance, and long-term durability in professional RF and microwave applications.

Low-Loss Coaxial Design with Mechanical Reliability

The CFS740H coaxial structure combines a low-dielectric-loss core with mechanical reinforcement to minimize amplitude and phase drift. Its PFA jacket provides excellent flexibility, heat resistance, and abrasion protection, ensuring consistent electrical performance in demanding broadband test configurations.

Reliable System Interconnect for Professional RF Testing

As part of Mechanc’s System Interconnect RF Cable Assemblies – IFC Series, the IFCDN-NMNM-1M delivers exceptional low-loss performance, phase consistency, and mechanical durability for high-frequency test systems. Each assembly is fully verified for insertion loss and VSWR and is compliant with REACH and RoHS standards, guaranteeing sustainable, long-term reliability for professional RF environments.