Product Description
Electrical
Characteristic Impedance 50 ohm
Frequency Range DC4 GHz
VSWR 115@DC3 GHz
Dielectric Withstanding Voltage 1000V RMS50Hzat sea level
Dielectric Resistance 5000M
Contact Resistance Center Contact 1m
Outer Contact 025m
Reliable Connection for RF SystemsThe TNC F 4 Hole Solder Connector offers dependable performance in RF networks. Its brass body provides excellent conductivity and corrosion resistance, while the four-hole solder mount ensures stable attachment in your equipment. Ideal for professional setups, it upholds signal integrity under demanding conditions.
Optimized for Versatile RF ApplicationsDesigned for compatibility with RF equipment, this connector operates efficiently at 50 Ohm impedance and handles up to 50 Watts of power. Its versatile design suits both new installations and maintenance of existing RF systems. Available from well-reputed distributors in India, it supports a variety of network configurations.
FAQs of TNC F 4 HOLE SOLDER CONNECTOR:
Q: How is the TNC F 4 Hole Solder Connector installed in RF equipment?
A: The connector is soldered directly onto the equipment using its four mounting holes, creating a secure and low-resistance connection ideal for RF network setups.
Q: What material is used for the TNC F 4 Hole Solder Connector and why?
A: Brass is used due to its excellent electrical conductivity, mechanical strength, and resistance to corrosion, ensuring longevity and optimal performance in RF applications.
Q: When should I use this connector in an RF network?
A: This connector is suitable whenever a reliable, soldered connection is needed for 50 Ohm impedance and up to 50 Watt RF applications, especially in professional RF equipment setups.
Q: Where can I source the TNC F 4 Hole Solder Connector in India?
A: It is readily available across India from authorized distributors, suppliers, manufacturers, traders, and wholesalers specializing in RF components.
Q: What is the process for attaching the TNC F 4 Hole Solder Connector?
A: The installation involves aligning the connectors holes with mounting points and soldering the connector securely to ensure optimal electrical continuity.
Q: Why is this connector beneficial for RF network applications?
A: Its robust design, reliable solder mount, and consistent electrical characteristics help maintain signal integrity and system durability in challenging RF network environments.