CONMOLY / ENGINEERING & CONNECTIVITY
Reference configuration: Precision vector-network-analyzer paths using low-springback flexible construction, precision connectors and controlled assembly to improve reconnect repeatability and measurement stability between calibrations.
Microwave RF Cables & Assemblies
CM-RF-VNA
VNA
Reference configurations only; specifications and certifications require confirmation.
Selection reference. Published third-party figures below describe specific reference configurations; they are not Conmoly guaranteed values or certifications. Confirm the final construction and test requirements with engineering.
Different VNA assembly types cover 26.5–70 GHz; crush and flex-life values are listed against the applicable test conditions.
Scroll the table horizontally to view all configuration conditions.
| Parameter | Reference value | Configuration / condition |
|---|---|---|
| Maximum measurement frequency | 70 GHz | Precise, repeatable VNA measurement |
| Crush resistance | > 800 lbf/in | Mechanical test condition |
| Flex life | > 50,000 flexures | At minimum bend radius |
| Frequency types | 26.5 · 40 · 50 · 70 GHz | FB / FD / FE / FF families |
| Standard lengths | 0.64 · 0.97 · 1.22 m | 25 / 38 / 48 in |
| Connector options | Precision N · 7 mm · 3.5 · 2.92 · 2.4 · 1.85 mm | Selected by VNA interface and frequency |
| Springback | Virtually zero | Ruggedized armor construction |
Reference source: www.gore.com
| Port-extension assembly | Stable handling connection between a VNA port and device under test. |
|---|---|
| NMD-style rugged interface direction | For fast instrument-side adaptation and repeated connection; exact interface is confirmed from the analyzer. |
| Precision laboratory assembly | Length, connectors and handling rules defined for critical amplitude and S-parameter measurements. |
| Precision coax core | Controls impedance, insertion/return loss and electrical length. |
|---|---|
| Phase-stable structure | Reduces geometry and dielectric change from bend and temperature. |
| Crush/twist protection | Protects the measurement core from laboratory mechanical damage. |
| Low-springback jacket | Improves placement and reduces force applied to the DUT. |
| Instrument-grade connector | Controls interface geometry, torque and adapter boundary. |
| VNA frequency | Analyzer port and target maximum frequency |
|---|---|
| Connector | Interface size, gender, NMD/conventional direction and adapters |
| Length | Reach, bend path and electrical-length requirement |
| Measurement | Insertion loss, return loss, phase, group delay or device behavior |
| Calibration | Reference plane, use frequency and allowable drift |
| Handling | Torque, mating, storage and minimum bend radius |
Interfaces and frequency ranges are selection directions only; precision capability must be confirmed with the analyzer, calibration kit, adapters and complete uncertainty budget.
Reference configuration: Flexible low-loss RF interconnect direction for internal equipment, module-to-module, bench and environmental-test links, balancing compact routing, shielding and long-term amplitude/phase stability.
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Reference configuration: Cable, connector and strain-relief systems reinforced for frequent flexing, mating, twisting and accidental mechanical loads in laboratories, production lines and field testing.
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Reference configuration: Lightweight flexible 50-ohm RF assemblies for civil and military aircraft, maintaining link performance through 40 GHz across routing, maintenance, vibration and flight conditions.
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