1.0mm Male to 1.0mm Male High-Performance RF Test & Measurement Cable Assembly – Use CFT150H Coax

1.0mm Male to 1.0mm Male High-Performance RF Test & Measurement Cable Assembly – Built with CFT150H Coaxial Cable

The 1.0mm Male to 1.0mm Male High-Performance RF Test & Measurement Cable Assembly — model TC10-1.0M1.0M-1M — is engineered for state-of-the-art millimeter-wave and sub-THz test environments requiring extremely wide bandwidth, low loss, and repeatable electrical performance up to 110 GHz. This assembly utilizes Mechanc’s CFT150H coaxial cable, a high-frequency, phase-stable variation of the CFT150 low-loss, phase-stable 110 GHz precision test coaxial cable. Both ends are terminated with precision 1.0 mm male connectors (reference 1.0-JCFT150H-1), delivering exceptional repeatability for the highest-frequency measurement systems.

Ultra-Wideband 110 GHz Performance for Sub-THz Measurement

Optimized for cutting-edge RF and mmWave characterization, the TC10-1.0M1.0M-1M supports wideband measurements from DC to 110 GHz, ensuring accurate evaluation of broadband components, interconnects, and on-wafer structures. The assembly provides a 1.35 typical VSWR and 1.55 maximum VSWR, along with 17.21 dB typical insertion loss over a 1 m length. These characteristics enable precise VNA calibration, S-parameter sweeps, time-domain reflectometry (TDR), and high-resolution spectral analysis in demanding development and production environments.

Precision 1.0mm Mechanical Design and High-Stability Construction

The CFT150H coaxial cable combines a miniature 1.85 mm outer diameter with a tightly controlled geometry that supports a 20 mm minimum bend radius and a 2,000-cycle typical bend life. With ±15° mechanical phase stability and ±0.15 dB amplitude stability, the assembly maintains consistent performance during careful routing or repositioning. A 75% velocity of propagation and >100 dB shielding effectiveness preserve signal integrity in tightly integrated, ultra-high-frequency test environments.

Reliable Interconnect for Advanced mmWave & THz Test Systems

Designed for probe stations, high-frequency modules, and precision laboratory test benches, the TC10-1.0M1.0M-1M delivers robust and repeatable performance for 110 GHz measurement systems. The wide –55 °C to +125 °C operating temperature range supports stable operation under varied environmental conditions. Every assembly is individually tested for VSWR, insertion loss, phase stability, and mechanical endurance, ensuring exceptional reliability in the most demanding RF and mmWave measurement applications.