CommScope - DIN Female Positive Stop 1-5/8" VXL7 AVA7-50 (AL7DF-PSA)

Introducing the CommScope DIN Female Positive Stop Connector (AL7DF-PSA)

Upgrade your wireless and radiating connections with the CommScope DIN Female Positive Stop Connector (AL7DF-PSA). Designed for 1-5/8" VXL7 and AVA7-50 cables, this high-quality connector ensures optimal performance and reliability in your professional applications.

Key Features and Benefits

• HELIAX® | Positive Stop™ technology for secure and reliable connections
• Compatible with AVA7-50 and AVA7RK-50 cable series
• High-quality silver inner contact plating and trimetal outer contact plating
• Excellent shielding effectiveness of -130 dB
• Wide operating frequency band of 0 – 2700 MHz
• Low insertion loss coefficient of 0.05
• High connector retention tensile force and torque
• Environmentally friendly, compliant with ROHS REACH-SVHC, and UK-ROHS regulations

Technical Specifications

The CommScope DIN Female Positive Stop Connector (AL7DF-PSA) boasts impressive technical specifications, including:

• 3rd Order IMD at Frequency: -120 dBm @ 910 MHz
• Average Power at Frequency: 3.0 kW @ 900 MHz
• Cable Impedance: 50 ohm
• Connector Impedance: 50 ohm
• dc Test Voltage: 4000 V
• Inner Contact Resistance, maximum: 0.8 mOhm
• Insulation Resistance, minimum: 5000 mOhm
• Outer Contact Resistance, maximum: 1.5 mOhm
• Peak Power, maximum: 40 kW
• RF Operating Voltage, maximum (vrms): 1415 V

With its robust construction and exceptional performance, the CommScope DIN Female Positive Stop Connector (AL7DF-PSA) is the ideal choice for professionals seeking a reliable and efficient solution for their wireless and radiating connections.

Upgrade Your Connections Today

Don't settle for subpar connectors that compromise your system's performance. Invest in the CommScope DIN Female Positive Stop Connector (AL7DF-PSA) and experience the difference that quality engineering and materials can make in your professional applications. Order now and elevate your connections to new heights of reliability and efficiency.