Product Description
Electrical:
Characteristic Impedance 50 ohm
Frequency Range DC-7.5 Ghz
VSWR 1.15@DC-3GHz
Dielectric Withstanding Voltage 1000V RMS,50Hz,at sea level
Dielectric Resistance 5000M
Contact Resistance Center Contact 1m
Outer Contact 0.25m
Precision Engineered for RF TelecommunicationThe L9 M LMR 100 CPS excels in telecommunications by ensuring consistent signal integrity across IBS and BTS networks. Its 50 Ohm, brass construction supports reliable connections, while the 50 Watt power handling offers versatility for demanding RF applications. Designed for longevity, it is a preferred choice among industry professionals seeking quality and dependability in their RF setups.
FAQs of L9 M LMR 100 CPS:
Q: How is the L9 M LMR 100 CPS used in RF telecommunication systems?
A: This component is primarily installed in IBS and BTS infrastructure to facilitate efficient RF signal transmission, ensuring stable communication within networks.
Q: What makes the L9 M LMR 100 CPS suitable for IBS and BTS solutions?
A: Its 50 Ohm impedance, high power handling of up to 50 Watts, and durable brass build make it ideal for rigorous RF environments often found in IBS and BTS installations.
Q: When should I consider using the L9 M LMR 100 CPS in my project?
A: You should use this product when you require a robust and reliable connector or component for professional RF telecommunication projects, particularly in indoor or base station systems.
Q: Where can I purchase the L9 M LMR 100 CPS in India?
A: This product is readily available through a range of distributors, manufacturers, suppliers, traders, and wholesalers across India, ensuring easy procurement for businesses.
Q: What is the process for integrating the L9 M LMR 100 CPS into an RF network?
A: Integration involves connecting the component to compatible coaxial cables and other RF devices, following standardized assembly and installation protocols to ensure optimal electrical performance.
Q: What are the benefits of using a brass-constructed L9 M LMR 100 CPS?
A: Brass construction ensures excellent conductivity and resistance to corrosion, resulting in a longer lifespan and stable performance within demanding telecommunication environments.