Unleash Superior Performance with HUADA’s Compact SSMP(M)-JHD18 RF Coaxial Connector Series

Step into the future of connectivity with the HUADA SSMP(M)-JHD18 RF coaxial connector, a marvel of engineering designed for the most demanding high-frequency applications. This ultra-small push-in connector stands out in the realm of modular connectivity, offering a robust solution that is significantly more compact than standard SMP connectors. It is the perfect choice for dense installation environments where space is at a premium yet performance cannot be compromised.
Operating seamlessly up to 50 GHz, this connector ensures your systems maintain impeccable signal integrity even at the highest frequencies. The high insulation resistance of 2000 MΩ paired with a substantial rated withstand voltage of 170 VRMS guarantees a secure and stable connection that defies interference. The meticulous design includes a low contact resistance for both the outer conductor (regular ≤3.5 mΩ, airseal ≤5 mΩ) and inner conductor (regular ≤8 mΩ, airseal ≤30 mΩ), ensuring optimal signal transmission and reliability.

Key Features of the SSMP(M)-JHD18 Connector

Ultra-Compact Design: This connector is significantly smaller than conventional SMP connectors, making it an excellent choice for applications where space is limited. Its push-in mechanism facilitates easy installation in modular setups and densely packed environments.
Exceptional Frequency Capability: With the ability to handle frequencies up to 50 GHz, the SSMP(M)-JHD18 is engineered for high-performance applications that require superior bandwidth and signal integrity.
Superior Insulation Resistance: An insulation resistance of 2000 MΩ means that the connector provides outstanding isolation of the signal from external electrical noise, which is crucial for maintaining signal clarity and preventing data loss.
High Voltage Endurance: The connector’s rated withstand voltage of 170 VRMS indicates its ability to handle high electrical stress without compromising performance, making it reliable for use in various electrical environments.
Optimized Contact Resistance: The low contact resistance for both the outer conductor (regular ≤3.5 mΩ, airseal ≤5 mΩ) and inner conductor (regular ≤8 mΩ, airseal ≤30 mΩ) ensures that electrical connections are not only secure but also maintain the purity of the signal transmission.

Technical Features Table