Experience Next-Generation Connectivity with HUADA’s SSMP(M)-JHD6 RF Coaxial Connector

Discover the pinnacle of RF coaxial connectivity with HUADA’s SSMP(M)-JHD6 connector. Engineered for precision and performance, this ultra-small push-in connector surpasses the standard SMP products in compactness, making it an ideal choice for modular systems and densely packed installations. With an impressive frequency range up to 50 GHz and a robust insulation resistance of 2000 MΩ, the SSMP(M)-JHD6 ensures reliable, high-quality connections in even the most demanding environments.

Key features of HUADA SSMP(M)-JHD6 RF Connector

Impedance: The connector has a standard impedance of 50 Ω (ohms), which is ideal for a wide range of RF applications and ensures compatibility with many devices.
Frequency Range: It operates efficiently up to a high frequency of 50 GHz, making it suitable for applications that require high-frequency performance.
Insulation Resistance: With an insulation resistance of 2000 MΩ (megaohms), it offers excellent electrical isolation, reducing signal leakage and maintaining signal integrity.
Series: As part of the ultra-small RF coaxial connector series, it is designed to be significantly smaller than standard SMP connectors, which allows for its use in modular and densely packed installations where space is at a premium.
Rated Withstand Voltage: The connector can withstand voltages up to 170 VRMS (volts RMS), ensuring it can handle the electrical demands of high-performance applications without compromising safety or functionality.
Contact Resistance - Outer Conductor: It has a low contact resistance for the outer conductor, with regular conditions being less than or equal to 3.5 mΩ (milliohms) and airseal conditions being less than or equal to 5 mΩ. This low resistance ensures efficient signal transmission and reduces power loss.
Contact Resistance - Inner Conductor: Similarly, the inner conductor also features low contact resistance, with regular conditions being less than or equal to 8 mΩ and airseal conditions being less than or equal to 30 mΩ. This contributes to the connector’s overall performance in maintaining signal quality.

Technical Feature Table