TNC (M) R/P LMR-200 CRIMP

Description

The TNC Male Reverse Polarity (R/P) LMR-200 Crimp connector is a high-performance RF connector designed for reliable signal transmission in demanding applications. It features a TNC male (M) interface with reverse polarity, making it suitable for systems requiring specific polarity configurations. This connector is optimized for use with LMR-200 coaxial cables, providing excellent electrical performance and ease of installation through a crimp termination method.

Electrical Specifications:

• VSWR (Voltage Standing Wave Ratio): ≤ 1.15 (0–3 GHz), ensuring minimal signal reflection and high efficiency across the operating frequency range.
• Frequency Range: DC to 3 GHz, making it versatile for telecommunications, RF testing, and wireless systems.
• Dielectric Strength: ≥ 2500V RMS, providing excellent insulation and safety under high-voltage conditions.
• Characteristic Impedance: 50 ohms, ensuring low signal loss and compatibility with standard RF systems.
• Center Contact Resistance: ≤ 1.0 mΩ, minimizing signal loss for efficient energy transfer.
• Outer Contact Resistance: ≤ 0.25 mΩ, providing low-resistance grounding for reliable performance.

Mechanical Specifications:

• Connector Type: TNC Male Reverse Polarity, specifically designed for secure connections with LMR-200 cables.
• Termination Type: Crimp, offering a robust connection and easy installation for quick assembly.
• Durability: Rated for up to 500 mating cycles, ensuring long-term reliability and consistent performance.

Material and Plating:

• Material: Constructed from brass, offering mechanical strength and durability.
• Plating: Nickel-plated for corrosion resistance, with gold-plated contacts to enhance conductivity and reduce signal degradation.

Environmental Specifications:

• Operating Temperature: Suitable for temperatures ranging from -55°C to +85°C, supporting performance in extreme environmental conditions.

This TNC Male Reverse Polarity LMR-200 Crimp connector delivers superior signal integrity, durability, and reliability, making it ideal for RF communication systems, wireless networks, and testing environments requiring low-loss performance.