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
Engineered for Reliable RF ConnectionsThe TNC F BH LMR 100 Crimp Connector is meticulously constructed from brass, offering both durability and excellent electrical performance. Compatible with LMR 100 cables, it serves as an essential component for RF networks, ensuring minimal signal loss and high reliability during operation.
Optimized Design for Practical ApplicationsWith a compact 10-gram build and power handling of up to 50 watts, this connector is suitable for versatile RF equipment and environments. Its 50-ohm impedance matches standard requirements, enabling straightforward implementation in professional RF systems across India.
FAQs of TNC F BH LMR 100 CRIMP CONNECTOR:
Q: How is the TNC F BH LMR 100 Crimp Connector installed in RF networks?
A: Installation involves crimping the connector onto an LMR 100 cable using appropriate tools. Careful stripping, proper placement, and secure crimping are essential to ensure optimal performance and reliable connections in RF equipment.
Q: What are the primary benefits of using this brass crimp connector?
A: Made from premium brass, the connector offers longevity and strong corrosion resistance. Its efficient 50-ohm impedance and robust power handling up to 50 watts make it ideal for stable and reliable RF signal transmission.
Q: Where can I purchase the TNC F BH LMR 100 Crimp Connector in India?
A: This connector is available through a wide network of distributors, manufacturers, suppliers, traders, and wholesalers across India, ensuring ample procurement options for various scale requirements.
Q: When should this connector be used in my RF projects?
A: Use this connector when you need to link LMR 100 cables in professional RF equipment or networks that demand steady 50-ohm performance and moderate power handling, such as communication systems or testing setups.
Q: What process should I follow to ensure a secure connection with this product?
A: Ensure precise cable preparationstrip the cable to recommended lengths, fit the connector components accurately, and use a compatible crimping tool for a tight, lasting connection that minimizes signal degradation.
Q: How does this connector support efficient RF network usage?
A: Its precise engineering and material quality enable reliable RF signal flow with minimal loss, supporting high-quality transmission in various RF network configurations.