DIN F 1/2″ LDF CLAMP

Description

The DIN Female 1/2″ LDF Clamp Connector is a high-performance RF connector designed for use with 50Ω LDF coaxial cables. It supports a frequency range up to 6.5 GHz, ensuring minimal signal loss and optimal performance for telecommunication, wireless communication systems, and RF testing applications. The clamp termination ensures a strong, secure connection, while its robust design guarantees long-term durability and stable electrical performance, even in demanding environments.

Electrical Specifications:

• Impedance: 50Ω – For efficient signal transmission and minimal loss.
• Frequency Range: Up to 6.5 GHz – Suitable for high-frequency applications.
• VSWR: ≤ 1.15:1 – Excellent impedance matching and low signal reflections.
• Contact Resistance:
  • Center Contact: ≤ 3mΩ – Ensures low power loss and stable performance.
  • Outer Contact: ≤ 2.5mΩ – Provides consistent electrical stability.
• Dielectric Resistance: ≥ 5000MΩ – Ensures high insulation and reliability.

Mechanical Specifications:

• Connector Type: DIN Female 1/2″ for LDF coaxial cables.
• Termination Method: Clamp – Provides a reliable and secure connection.
• Durability: Rated for 500 mating cycles – Designed for long-lasting performance.

Material and Plating:

• Body Material: Brass – Offers strength and long-term durability.
• Plating: Gold-plated contacts – Enhances conductivity and resists corrosion.
• Insulator: PTFE – Ensures excellent dielectric strength and thermal stability.

Environmental Specifications:

• Operating Temperature: -40℃ to +85℃ – Ideal for a wide range of environmental conditions.
• RoHS Compliant – Manufactured using environmentally friendly materials.

Key Features:

• 50Ω impedance for optimal signal transmission and performance.
• Up to 6.5 GHz frequency range for high-performance applications.
• Clamp termination for strong and reliable connections.
• Gold-plated contacts for enhanced conductivity and corrosion resistance.
• Ideal for telecommunication, RF systems, and wireless communication applications.