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Shanghai Yolanda New Material Co., Ltd. is a leading manufacturer of high-performance electronic components, leveraging deep expertise in advanced materials science to deliver innovative and reliable solutions. -
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SSMPG-JHD37-S
The RF Coaxial Connector is the critical interface that enables seamless high-frequency signal transmission across wireless infrastructure, aerospace systems, test instrumentation, and consumer electronics. Engineered with precision-machined beryllium copper or stainless steel contacts and low-loss PTFE or PEI dielectrics, each RF Coaxial Connector delivers characteristic impedance accuracy of 50Ω or 75Ω with return loss exceeding 23 dB up to 65 GHz, depending on series. Whether you require SMA, 2.92 mm, 3.5 mm, N-type, TNC, or MCX form factors, the RF Coaxial Connector family offers threaded, snap-on, or push-pull coupling mechanisms that ensure secure mating and repeatable electrical performance over 500 to 1,000 cycles. Every RF Coaxial Connector undergoes rigorous swept-frequency testing and visual inspection per MIL-PRF-39012 and IEC 61169 standards, guaranteeing that the RF Coaxial Connector you deploy maintains low VSWR (< 1.15:1) and minimal insertion loss (typically < 0.1 dB per connection) across its entire operational bandwidth.
Beyond AC performance, the RF Coaxial Connector is built to withstand harsh environments with options for IP67 sealing, corrosion-resistant passivation, and gold-over-nickel plating that endures salt spray and humidity without degradation. For high-power broadcasting and radar applications, the RF Coaxial Connector supports continuous wave power handling from 2 W (for miniature series) up to 1.5 kW (for 7-16 and N-type variants), thanks to optimized center contact geometry and robust insulator support. Additionally, low-PIM versions of the RF Coaxial Connector achieve PIM levels below -165 dBc, making them ideal for distributed antenna systems (DAS) and carrier-grade base stations where passive intermodulation cannot be tolerated. Our RF Coaxial Connector portfolio also includes right-angle, bulkhead, flange-mount, and reverse-polarity configurations, ensuring that a suitable RF Coaxial Connector exists for every routing challenge—from dense PCB-mounted assemblies to outdoor tower jumper cables operating at -55°C to +165°C.
Installation and field maintenance are streamlined through standardized torque specs (0.9–1.1 N·m for SMA) and color-coded identification bands on select RF Coaxial Connector models, reducing operator error and improving assembly consistency. For automated manufacturing, the RF Coaxial Connector supports tape-and-reel packaging for SMT variants, while cable-mount versions include crimp, solder, or clamp termination styles compatible with popular coax cables like RG-58, RG-142, LMR-400, and semi-rigid .085" diameters. Each RF Coaxial Connector shipment includes individual phase and insertion loss measurement data, allowing you to directly budget system-level uncertainty without additional characterization. Moreover, custom-engineered RF Coaxial Connector solutions are available with extended mating threads, custom flange patterns, or hybrid pin counts for specialized defense and medical applications—delivered with full material traceability and 3D STEP models for seamless integration into your mechanical CAD environment.
In summary, the RF Coaxial Connector is not a passive commodity but a performance-defining component that determines the upper frequency limit, power capacity, and long-term reliability of your entire RF chain. With phase-stable grades (< 1° phase shift over temperature) for phased-array antennas and ultra-smooth bore finishes (< 8 μin Ra) for millimeter-wave modules up to 110 GHz, our RF Coaxial Connector portfolio adapts to evolving requirements without redesigning your interface. Backed by a 5-year warranty, 100% inspection lot traceability, and a responsive technical support team, every RF Coaxial Connector we deliver upholds the precision and durability that engineers demand. Choose the RF Coaxial Connector that matches your gender, orientation, impedance, and cable type—and transform your interconnection from a potential weak link into a robust, repeatable, and reliable gateway that performs consistently from DC to daylight and from lab bench to remote tower.
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