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Mechanc RF & Microwave Components

Mechanc · RF Connectors

3.5mm 公头直式射频连接器 – 适配 CFT500MW 同轴电缆

Part No.
3.5-JCFT500MW-1
Also:
1.0mm 公头
In Stock
Lead time: 3–5 days (standard) · Custom: on request
3.5mmCFT500MWMaleStraight
Quantity
Product Description

3.5mm Male Straight RF Connector for CFT500MW Cable – Model 3.5-JCFT500MW-1

The 3.5 mm male straight cable-mount RF connector, model 3.5-JCFT500MW-1, is optimized for microwave applications requiring low loss and stable phase performance up to 26.5 GHz. Operating at 50 Ω impedance with VSWR ≤ 1.15 and insertion loss ≤ 0.06 √f dB, it provides broadband signal stability and excellent return-loss control. Explore additional high-frequency models in the 3.5 mm connector family.

Microwave Precision and Broadband Stability

The 3.5-JCFT500MW-1 connector delivers exceptional impedance consistency and phase integrity across its 26.5 GHz bandwidth. Its precision design minimizes reflection loss and supports repeatable performance in RF test benches and microwave instrumentation.

Durable Construction and Electrical Reliability

Constructed from passivated stainless steel and fitted with a gold-plated beryllium-copper center contact, the 3.5-JCFT500MW-1 ensures long-term durability, low contact resistance, and corrosion resistance. Its tight machining tolerances maintain phase stability and consistent impedance control under mechanical and thermal variations. See more precision interfaces under RF connectors.

Solder-Termination and Mechanical Integrity

The solder-mount termination provides accurate dielectric alignment and effective strain relief, ensuring stable insertion loss and repeatable electrical performance during extended use. For more robust termination types, explore cable-mount connectors.

Optimized Pairing with CFT500MW Coaxial Cable

When integrated with the CFT500MW low-loss, phase-stable coaxial cable, the 3.5-JCFT500MW-1 connector achieves repeatable impedance transition, low attenuation, and superior signal integrity across broadband microwave test assemblies and laboratory-grade measurement setups.