• Cross Reference
  • Solution
  • About RHT
  • FAQ
  • Download
  • News
  • Contact Us
  • English

    As a leading SMA Coaxial Connectors Supplier, RHT (Renhotec Group Ltd.) specializes in high-performance RF solutions designed for demanding applications. Our SMA connectors are engineered to deliver exceptional signal integrity, durability, and versatility across telecommunications, aerospace, medical devices, and industrial systems.


    Key Features of RHT SMA Connectors

    1. Superior Electrical Performance

      • Frequency Range: DC to 18 GHz, with extended designs up to 34 GHz for precision applications.

      • Low-Loss Design: PTFE dielectric minimizes signal attenuation (insertion loss: ≤0.06 dB) and ensures stable impedance (50 Ω).

      • VSWR Optimization: ≤1.07 + 0.04√f(GHz) for reduced reflections.

    2. Robust Mechanical Construction

      • Materials: Brass or stainless steel bodies with gold/nickel plating; beryllium copper contacts for corrosion resistance.

      • Durability: Rated for ≥500 mating cycles and thermal stability (-65°C to +165°C).

      • Secure Coupling: Threaded mechanism with torque specifications (0.3–1.1 N-m) to prevent signal leakage.

    3. Versatile Configurations

      • Mounting Options: Panel (2/4-hole flange), PCB, bulkhead, edge-mount, and SMT.

      • Geometries: Straight, right-angle (90°), and waterproof (IP67) designs.

      • Customization: Tailored thread lengths, plating thickness (e.g., 10µ" gold), and frequency ranges.

    4. Application-Specific Innovations

      • RF Connectivity: Optimized for antennas, base stations, test equipment, and satellite communications.

      • Harsh Environments: Anti-vibration, waterproof (IP67), and salt-fog-resistant variants.


    ParameterSpecification
    Impedance50 Ω
    Frequency RangeDC–18 GHz (std.); up to 34 GHz (extended)
    VSWR≤1.07–1.30 (typical)
    Insertion Loss≤0.06 dB
    Operating Temperature-65°C to +165°C
    Mating Cycles≥500


    Applications of RHT SMA Connectors

    • Telecommunications: 5G base stations, Wi-Fi routers, and RF antennas.

    • Aerospace/Defense: Radar systems, avionics, and military field devices.

    • Medical/Industrial: Diagnostic equipment, IoT sensors, and automotive GPS.


    11.png