About FME Connector Straight Cable Mount
Electrical Characteristics
- Impedance:50 Ohm
- Frequency Range: DC- 200MHz
- VSWR1.20@DC-3GHz
- Dielectric Withstanding Voltage:1000V RMS,50Hz
- Dielectric Resistance: 5000 MOhm
- Working Voltage : 1000V
- Contact Resistance: Center Contact 2.5m Ohm
- Outer Contact 3.0m Ohm
Mechanical Characteristics
- Mating M8XP 0.75 Thread
- Durability (Mating times): 500
- These characteristics are typical and may not apply to all connectors.
Environmental Characteristics
- Temperature Range-65C to +165C
Material:
| Part | Material | Finish |
| Body | BRASS | Au:1u" |
| insulator | TEFLON | WHITE |
| Center Contact Pin | BRASS | Au:3u" |
Precision Engineering for Reliable ConnectionsEngineered with gold-plated brass contacts and a PTFE dielectric, this FME connector delivers outstanding conductivity and insulation. Its solid copper core ensures consistent signal transmission, making it suitable for high-frequency and low insertion loss requirements. The nickel-plated brass outer body enhances durability, while the threaded coupling provides a robust, secure connection.
Versatile Applications in RF and TelecomPerfect for mobile antenna connections, this connector excels in a variety of RF, telecommunication, and surveillance systems. Its design accommodates routers, car installations, and other equipment requiring reliable signal delivery. Indoor use ensures optimum performance, environmental protection, and compliance with RoHS standards.
Customizable and Easy InstallationThe customizable length and straightforward cable mounting allow you to tailor the connector to different requirements. Installation is streamlined with the threaded locking mechanism, providing secure mating and enduring over 500 cycles. The connector supports up to 250V and withstands harsh temperatures, offering flexibility in diverse operating environments.
FAQs of FME Connector Straight Cable Mount:
Q: How can the FME Connector Straight Cable Mount be installed securely?
A: The FME Connector features a threaded coupling mechanism, which ensures a secure and stable connection when mounted to a compatible cable. Simply align the connector with the cable, insert, and tighten the threads using an appropriate tool for a robust and lasting installation.
Q: What types of applications is this connector suitable for?
A: This connector is ideal for mobile antenna connections in cars, routers, telecommunications equipment, and surveillance systems. Its RF capabilities and low insertion loss make it particularly suitable for high-frequency signal transmission.
Q: When should I consider customizing the cable length for this connector?
A: Custom cable lengths are recommended when installation locations demand specific cable runs for optimized performance or limited space. The connectors design allows engineers and installers to adapt to different layout requirements efficiently.
Q: Where is the FME Connector Straight Cable Mount commonly used?
A: Typically, this connector is utilized in indoor installations such as telecommunication setups, vehicle antennas, wireless routers, and security surveillance systems, especially across the Indian market for robust and reliable connectivity.
Q: What is the process for ensuring optimal performance over time?
A: For consistent high performance, ensure the connector is properly threaded and tightened during installation, use within the recommended temperature and voltage ranges, and periodically check for wear after multiple mating cycles (over 500 cycles supported).
Q: How does using this connector benefit my RF system?
A: Employing this FME connector enhances your RF or telecom systems signal integrity with low VSWR (1.3), high durability, low insertion loss, and secure coupling, minimizing transmission errors and offering long-term reliability with copper shielding and PTFE insulation.
Q: What materials contribute to the connectors durability and signal quality?
A: The connector uses gold-plated brass for center pins, nickel-plated brass for the body, copper for the shield, and PTFE for insulationall combining to provide excellent electrical performance, tensile strength above 50N, and enduring operation under a wide temperature range.