Ultra-Small HUADA SSMP-KK9 Coaxial Connector:Ideal for Dense Installations

The SSMP-KK9 Connector The HUADA SSMP-KK9 is a cutting-edge ultra-small RF coaxial connector designed for high-frequency applications. Its compact form factor, smaller than traditional SMP connectors, makes it ideal for modular and densely packed installations. Whether you’re working in telecommunications, aerospace, or test equipment, the SSMP-KK9 delivers exceptional performance. With an impedance of 50 Ω and a frequency range of up to 50 GHz, it’s a reliable choice for demanding environments. Plus, its insulation resistance of 2000 MΩ ensures signal integrity even in challenging conditions.
The SSMP-KK9 boasts impressive technical specifications. Its rated withstand voltage of 170 VRMS ensures durability, while the low contact resistance (both inner and outer conductors) guarantees efficient signal transmission. Whether you’re connecting antennas, microwave modules, or instrumentation, the SSMP-KK9’s precision engineering delivers consistent results. Remember, this connector isn’t just small—it’s powerful. So, explore its features and elevate your RF connectivity game

Key Features of the SSMP-KK9 Connector

Impedance: 50 Ω
The SSMP-KK9 connector is meticulously designed for a 50 Ω impedance, ensuring optimal signal transmission across high-frequency applications. Whether you’re connecting antennas, microwave modules, or instrumentation, this impedance value is critical for maintaining consistent performance.
Frequency Range: Up to 50 GHz
The SSMP-KK9 operates seamlessly within an impressive frequency range of up to 50 GHz. This broad bandwidth makes it suitable for various applications, from satellite communication systems to radar equipment.
Insulation Resistance: 2000 MΩ
With an insulation resistance of 2000 MΩ, the SSMP-KK9 guarantees robust electrical isolation. This feature is essential for preventing leakage and maintaining signal integrity, especially in demanding environments.
Rated Withstand Voltage: 170 VRMS
The connector can withstand a maximum rated voltage of 170 VRMS. This resilience ensures durability and safety, even during voltage spikes or fluctuations.
Contact Resistance: Outside Conductor (Regular): The contact resistance on the outer conductor is impressively low, measuring ≤3.5 mΩ. This minimal resistance minimizes signal loss and ensures efficient power transfer.
Outside Conductor (Airseal): For air-sealed connections, the contact resistance remains within ≤5 mΩ. Airseal technology enhances reliability and prevents oxidation or contamination.
Inner Conductor (Regular): The inner conductor’s contact resistance is ≤8 mΩ. This low value contributes to overall system efficiency.
Inner Conductor (Airseal): Airseal inner conductor resistance is ≤30 mΩ, maintaining performance even in challenging conditions.

Technical Features Table