SMA Male to SMA Male Phase-Stable Precision Test RF Cable Assembly – Built with CFT780MP Coaxial Cable
The SMA Male to SMA Male Phase-Stable Precision Test RF Cable Assembly — model PCAN-AP-SMSM-1M — delivers exceptional phase stability, low-loss transmission, and high repeatability for precision RF and microwave testing. It is constructed using Mechanc’s CFT780MP coaxial cable, equipped with dedicated cable armor (reference CFT780MP-ARMOR), a phase-stable variation of the CFT780M phase-stable 18 GHz ultra-flexible precision test coaxial cable with FEP jacket. The assembly is terminated with two precision SMA male connectors (reference SMA-JCFT780MP-1). With operation up to 18 GHz, a maximum VSWR of 1.25, insertion loss of 1.4 dB per meter, and a rugged 7.8 mm outer diameter, it provides outstanding signal fidelity for demanding high-frequency test environments.
Stable Phase Performance and Repeatable High-Frequency Accuracy
The PCAN-AP-SMSM-1M ensures highly consistent phase behavior, stable impedance, and excellent return-loss performance across its full operating band. Its precision SMA connectors guarantee repeatable mating alignment, supporting accurate VNA calibration, RF component verification, S-parameter characterization, and broadband signal integrity testing.
Rugged Low-Loss Construction with Integrated Cable Armor
The CFT780MP coaxial cable incorporates a phase-stable mechanical structure engineered to minimize amplitude and phase drift under bending, vibration, or temperature changes. Integrated cable armor (CFT780MP-ARMOR) ensures mechanical durability and consistent electrical performance during demanding laboratory or field test operations. Its 7.8 mm diameter provides robust handling without compromising flexibility.
Reliable Interconnect for Professional RF and Microwave Applications
As part of Mechanc’s Phase-Stable Precision Test RF Cable Assemblies – PC Series, the PCAN-AP-SMSM-1M is fully tested for VSWR, insertion loss, and phase stability. Each assembly is compliant with REACH and RoHS standards, guaranteeing long-term reliability for precision RF and microwave measurement systems.