Product Description
Electrical:
Characteristic Impedance 50 ohm
Frequency Range DC-6 GHz
VSWR 1.15@DC-4GHz
Dielectric Withstanding Voltage 1000V RMS,50Hz,at sea level
Dielectric Resistance 5000M
Contact Resistance Center Contact 1m
Outer Contact 0.25m
Precision Engineering for RF ApplicationsConstructed with high-quality brass, the BNC(M) to BNC(M) Adaptor 3GHz is designed to withstand frequent use in demanding RF environments. Its sturdy build ensures low signal loss and reliable connections, making it ideal for telecommunication networks and assemblies.
Essential Connector for Network IntegrationWith its standard BNC male-to-male configuration, this adaptor streamlines connectivity between RF cables and network equipment. The 3GHz bandwidth supports high-frequency operations, making it a preferred choice among professionals in Indias telecom industry.
FAQs of BNC(M) TO BNC(M) ADAPTOR 3GHZ:
Q: How is the BNC(M) to BNC(M) Adaptor 3GHz typically used in RF networks?
A: This adaptor connects two BNC-terminated cables, facilitating smooth signal paths in RF cable assemblies and telecommunication systems, ensuring minimal signal attenuation and secure connections.
Q: What advantage does the brass material provide for this adaptor?
A: Brass offers excellent durability and corrosion resistance, guaranteeing stable electrical performance and a long lifespan, even in rigorous industrial environments.
Q: When is it beneficial to use a 3GHz BNC adaptor in telecommunication settings?
A: A 3GHz BNC adaptor is most beneficial when high-frequency signal integrity is required, such as in broadcast, testing, or data transmission applications, enhancing overall network reliability.
Q: Where can the BNC(M) to BNC(M) Adaptor 3GHz be sourced in India?
A: You can obtain this adaptor from trusted distributors, manufacturers, suppliers, traders, and wholesalers that specialize in RF and telecommunication components across India.
Q: What process should be followed to install this adaptor in an RF cable assembly?
A: To install, firmly connect the BNC male ends to compatible terminals or cables, ensuring a secure fit to minimize signal loss and maintain optimal transmission quality.
Q: How does the 50 Ohm voltage rating benefit RF applications?
A: The 50 Ohm rating matches standard RF impedance requirements, promoting efficient power transfer and minimizing reflection for high-performance networks.