CommScope N Female Lock for 3/8in LDF2-50 Foam Cable (L2TNF-PL)

Introducing the CommScope N Female Lock for 3/8in LDF2-50 Foam Cable (L2TNF-PL)

Upgrade your wireless and radiating connector system with the CommScope N Female Lock for 3/8in LDF2-50 Foam Cable (L2TNF-PL). Designed for professionals who demand high-quality and reliable connections, this HELIAX® product series connector ensures optimal performance and durability in various environments.

Key Features and Benefits

• Compatible with LDF2-50 cable family
• Silver-plated inner contact for enhanced conductivity
• Trimetal outer contact plating for corrosion resistance
• High shielding effectiveness of -110 dB
• Wide operating frequency band of 0 – 12000 MHz
• Robust mechanical and environmental specifications

Technical Specifications

• Body Style: Straight
• Mounting Angle: Straight
• Pressurizable: No
• Dimensions: 16.26 mm x 16.26 mm x 49.28 mm
• Connector Impedance: 50 ohm
• RF Operating Voltage, maximum (vrms): 707 V
• Operating Temperature: -55 °C to +85 °C (-67 °F to +185 °F)
• Weight, net: 43.34 g | 0.096 lb

With its straight body style and captivated inner contact attachment method, the CommScope N Female Lock for 3/8in LDF2-50 Foam Cable (L2TNF-PL) ensures a secure and stable connection. The connector's silver-plated inner contact and trimetal outer contact plating provide excellent conductivity and corrosion resistance, while its wide operating frequency band of 0 – 12000 MHz ensures compatibility with various applications.

Designed to withstand harsh environments, this connector features robust mechanical and environmental specifications, including an operating temperature range of -55 °C to +85 °C (-67 °F to +185 °F) and a corrosion test method compliant with IEC 60068-2-11. Additionally, the connector is compliant with ISO 9001:2015 regulations, ensuring that you are using a safe and environmentally friendly product.

Upgrade your wireless and radiating connector system today with the CommScope N Female Lock for 3/8in LDF2-50 Foam Cable (L2TNF-PL) and experience the difference in performance and reliability. Don't wait – order now and enhance your connectivity!