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 Engineering for RF ApplicationsManufactured using high-quality brass, the QMA M RA LMR 240 CRIMP is built to deliver durable and reliable performance. Its compatibility with IBS and BTS systems ensures seamless integration into advanced RF telecommunication networks.
Effortless Installation and VersatilityThe crimp design promotes quick and secure installations, reducing downtime during network expansions or maintenance. With a compact 10-gram build, it is easy to handle and install in both large-scale and small-scale projects.
FAQs of QMA M RA LMR 240 CRIMP:
Q: How is the QMA M RA LMR 240 CRIMP used in RF telecommunication systems?
A: This connector is used to establish reliable RF connections in telecommunication systems such as IBS (In-Building Solutions) and BTS (Base Transceiver Stations), ensuring efficient signal transmission and reducing connection losses.
Q: What makes the QMA M RA LMR 240 CRIMP suitable for professional installations?
A: Its durable brass construction, 50-ohm impedance, 10-gram weight, and straightforward crimp termination make it ideal for quick, long-lasting, and secure connections in both new installations and system upgrades.
Q: Where can you source the QMA M RA LMR 240 CRIMP connector in India?
A: You can procure this connector from authorized distributors, manufacturers, suppliers, traders, and wholesalers specializing in RF telecommunication components throughout India.
Q: When should you consider using this connector for your project?
A: Choose the QMA M RA LMR 240 CRIMP when you need robust, low-loss connections for RF telecommunication infrastructure, especially in IBS and BTS applications, or whenever easy and reliable installation is a priority.
Q: What is the process for installing the QMA M RA LMR 240 CRIMP connector?
A: Installation involves stripping the LMR 240 cable, inserting the cable into the connector, and using a compatible crimp tool to securely attach the connector, ensuring optimal signal integrity.
Q: What are the key benefits of using this connector in RF networks?
A: It offers superior conductivity, mechanical strength, and signal performance. Its lightweight design simplifies installation, and its compatibility with LMR 240 cables supports flexible deployment in various telecommunication scenarios.