PS460L-40G Phase Stable Low Loss RF Coaxial Cable DC–40 GHz | Low Loss | Superior Phase Stability High-precision 4.60mm RF coaxial cable optimized for broadband test and measurement, aerospace radar, and high-frequency microwave systems requiring exceptionally low insertion loss and stable phase characteristics up to 40 GHz. Max Frequency: 40 GHz Screening: >90 dB Velocity…
PS500L-34G Phase Stable Low Loss RF Coaxial Cable DC–34 GHz | Low Loss | Phase Stable DesignStable Design Engineered for high-frequency RF transmission applications up to 34 GHz. Features low attenuation, LD-PTFE dielectric insulation, double shielding, and flexible TPU jacketing for precision interconnects. Max Frequency: 34 GHz Screening: >90 dB Velocity of Prop.: 76% Outer…
PS600L-25G Phase Stable RF Coaxial Cable 25 GHz High Frequency | Low Loss | Phase Stable Design Engineered for demanding RF transmission up to 25 GHz, offering high power handling, low attenuation, velocity of propagation (76%), and dependable phase stability under bending for microwave test and communication infrastructure. Max Frequency: 25 GHz Screening: >90 dB…
PS800L-18G Phase Stable RF Coaxial Cable 18 GHz High Frequency | Low Loss | Phase Stable Design Engineered for demanding RF transmission up to 18 GHz, offering high power handling, low attenuation, high velocity of propagation (76%), and dependable phase stability under bending for microwave test and communication infrastructure. Max Frequency: 18 GHz Screening: >90…
PS850L-18G Phase Stable RF Coaxial Cable 18 GHz High Frequency | Low Loss | Phase Stable Design Engineered for demanding RF transmission up to 18 GHz, offering high power handling, low attenuation, high velocity of propagation (83%), and dependable phase stability under bending for microwave test and communication infrastructure. Max Frequency: 18 GHz Screening: >90…
PS360L-61G-PE Phase Stable RF Coaxial Cable 61 GHz Ultra-High Frequency | Low Loss | Phase Stable Design Engineered for high-frequency RF transmission up to 61 GHz, offering minimal signal attenuation, high phase stability under flexure, and robust >110 dB shielding effectiveness for critical test, measurement, and aerospace systems. Max Frequency: 61 GHz Screening: >110 dB…
Crimp Contact vs Machined Contact: Which One to Choose? Choosing between crimp (stamped & formed) contacts and machined contacts is a common question in cable assembly and connector repair. Both types are widely used, but they differ significantly in structure, performance, durability, and cost. Understanding these differences helps ensure reliable connections and avoid premature failures—especially…
How to Identify Connector Contacts (Machined vs Stamped) Correctly identifying connector contacts is essential for efficient repair and replacement—especially in cable assemblies and MRI systems, where only a few failed contacts often need to be replaced rather than the entire connector. However, in many real-world cases, original part numbers are unavailable.Technicians and engineers must rely…
Why Connector Pins Fail: Common Causes in MRI Systems Connector reliability is critical in MRI systems, especially in cable assemblies and coil connections where stable electrical performance is required. However, in real-world applications, connector pin failures are relatively common — and in many cases, the issue can be traced back to the contact design, usage…
Introduction When repairing or replacing a shaver handpiece cable, many technicians notice an apparent mismatch:the cable contains 16 cores, while the connector features 19 pins. This often leads to confusion: In this guide, we explain how a 16-core medical cable works with a 19-pin connector, and what this means for 72200616 cable repair and replacement. Understand how a 16-core cable works with…