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Molex Temp-Fex Cable Assemblies

Main Title

Molex Temp-Flex flexible microwave cable assemblies

Mixed Media

Molex can develop a complete solution that uses proprietary techniques to combine Temp-Flex coaxial cables and Molex RF connectors, minimising voltage standing save ratio (VSWR) and insertion loss. The cables come standard with silver-plated conductors, Perfluoroalkoxy (PFA) dielectric, double shields and FEP jacket. The solid-core low-loss cables use proprietary low-loss PFA dielectric with 70% Velocity of Propagation (VOP).

3M has presented New 3M™ 100G QSFP28 Direct Attach Copper Cable Assemblies, 9Q Series are passive copper cable assemblies which utilize 3M Twin Axial Cable technology to create a highly-flexible, foldable, high-performance solution.

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Features/Applications

Table

Features	Applications
Fluoropolymer insulation eliminates the “phase knee” effect Delivers linear electrical length (stable performance) at room temperature High temperature, thermally and mechanically stable dielectric Withstands soldering temperatures to provide ease of termination Shielding effectiveness better than 100dB at high frequency High RF noise immunity and low EMI Closed-cell foam structure Provides moisture barrier Achieves 80% Velocity of Propagation (VOP) loss characteristics compared to air-enhanced PTFE Delivers reliable signal performance and lower loss characteristics (e.g., insertion loss) than competitors’ air-enhanced PTFE dielectric Product offering down to 1.194mm (.047”) shield OD Combines high performance with space savings (limited competition) Tight impedance control +/- 1Ohm Superior RF performance at high frequencies	Data/computing Test and measurement equipment Defense Military vehicles Missile Radar equipment Satellites Medical Imaging equipment Patient monitor Surgical equipment Ultra-sound equipment Telecommunications/networking Test and measurement equipment

Features

Applications

Fluoropolymer insulation eliminates the “phase knee” effect
- Delivers linear electrical length (stable performance) at room temperature
High temperature, thermally and mechanically stable dielectric
- Withstands soldering temperatures to provide ease of termination
Shielding effectiveness better than 100dB at high frequency
- High RF noise immunity and low EMI
Closed-cell foam structure
- Provides moisture barrier
Achieves 80% Velocity of Propagation (VOP) loss characteristics compared to air-enhanced PTFE
- Delivers reliable signal performance and lower loss characteristics (e.g., insertion loss) than competitors’ air-enhanced PTFE dielectric
Product offering down to 1.194mm (.047”) shield OD
- Combines high performance with space savings (limited competition)
Tight impedance control +/- 1Ohm
- Superior RF performance at high frequencies

Data/computing
- Test and measurement equipment
Defense
- Military vehicles
- Missile
- Radar equipment
- Satellites
Medical
- Imaging equipment
- Patient monitor
- Surgical equipment
- Ultra-sound equipment
Telecommunications/networking
- Test and measurement equipment