The part number **82-6099-RFX** refers to a high-quality RF (Radio Frequency) connector manufactured by **Amphenol RF**. Specifically, it is a **Type N Straight Crimp Plug** designed for use with coaxial cables. --- ### 1. Technical Specifications Below are the primary electronic and physical specifications for the 82-6099-RFX: | Parameter | Specification | | :--- | :--- | | **Connector Type** | N-Type (Male Plug) | | **Impedance** | 50 Ohms | | **Body Style** | Straight | | **Termination Type** | Crimp / Solder | | **Cable Type Compatibility** | RG-8, RG-213, RG-393, LMR-400 | | **Maximum Frequency** | 11 GHz | | **Voltage Rating** | 1500 Volts RMS | | **Dielectric Material** | PTFE (Teflon) | | **Body Plating** | White Bronze (Tri-Metal) or Nickel | --- ### 2. Key Components & Materials The construction of this part is engineered for durability and signal integrity in harsh environments: * **Contact Pin:** Typically made of Brass or Phosphor Bronze with Gold plating to ensure low contact resistance and prevent oxidation. * **Insulator:** Uses PTFE, which provides a low dielectric constant and high thermal stability, essential for high-frequency performance. * **Body:** The "RFX" designation often indicates a commercial-grade series from Amphenol that utilizes cost-effective yet high-performance plating (like White Bronze), which offers excellent conductivity and corrosion resistance. * **Coupling Nut:** A threaded mechanism that ensures a secure, vibration-proof connection. --- ### 3. Applications The 82-6099-RFX is commonly found in the following sectors: * **Wireless Infrastructure:** Base stations and antennas. * **Instrumentation:** Signal generators and network analyzers. * **Military/Aerospace:** Radar systems and communication links. * **Telecommunications:** Microwave radio systems and WLAN. --- ### 4. Installation Overview To install this component, the following steps are generally required: 1. **Stripping:** The coaxial cable must be stripped to specific dimensions (Jacket, Braid, and Dielectric). 2. **Soldering:** The center conductor of the cable is typically soldered to the center contact pin of the connector. 3. **Crimping:** The outer braid is secured to the connector body using a ferrule and a professional hex-crimp tool.