Experience Seamless Connectivity with HUADA SSMA-KFD19 RF Coaxial Connector

Unlock the full potential of your communication systems with HUADA's exceptional SSMA-KFD19 RF Coaxial connectors. Meticulously engineered to deliver unparalleled signal integrity and long-lasting durability, these connectors are the ideal choice for demanding applications. Their compact design and rugged construction make them suitable for a wide range of environments, ensuring reliable and efficient data transmission. By choosing HUADA's SSMA-KFD19 connectors, you can empower your systems to operate at their peak performance, maximizing productivity and minimizing downtime.

Key Features of the HUADA SSMA-KFD19 RF Coaxial Connector

The SSMA-KFD19 RF Coaxial Connector from HUADA is a game-changer in communication connectivity. Let’s delve into its remarkable features:
Compact Excellence: The SSMA-KFD19 combines compact design with exceptional performance. Ideal for space-constrained applications, it ensures seamless signal transmission. Whether you’re building wireless networks, satellite systems, or IoT devices, the SSMA-KFD19 delivers reliability and efficiency.
Impedance and Signal Integrity: Operating at 50 Ω, this connector maintains optimal impedance matching. Say goodbye to signal loss and hello to consistent performance.
Temperature Resilience: With an impressive operating temperature range of -55 °C to +155 °C, the SSMA-KFD19 thrives in extreme conditions. From freezing mountaintops to scorching deserts, it remains steadfast.
Low Contact Resistance: Outer Conductor: 0.0025 Ω, Center Conductor: 0.006 Ω. These low resistance values ensure efficient power transfer and minimal signal distortion.
Insulation and Dielectric Strength: Insulation Resistance: 1000 MΩ, Dielectric Withstanding Voltage: 750 V. Safety and reliability are non-negotiable.
Broad Frequency Range: Covering DC up to 30 GHz, the SSMA-KFD19 adapts to various communication protocols and applications.
VSWR (Voltage Standing Wave Ratio): VSWR: 1.07 + 0.01F (Frequency-dependent), Minimal signal reflection ensures optimal performance.

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