About Female BNC Straight Rear Bulkhead Solder Type
Female BNC Straight Rear Bulkhead Solder Type
Description:BNCConnector,Female,Straight,50Ohm,Solder Type,Nikel Plating
Product features:
- BNC Connector,Female,Straight,50Ohm,Solder Type,Nikel Plating;
- Compact Design for less installation space required;
- Easy quick connect and disconnect coupling;
- From the OEM Original Factory, same quality with much better price.
Appliance:
- Consumer Electronic: Statellite Boxes, set top boxes
- Telecommunications: CATV, CATV Networks.
Reliable Performance for Demanding ApplicationsEngineered to meet stringent military and IEC standards, this BNC bulkhead connector delivers consistent, low-loss signal performance up to 4 GHz. Its gold-plated brass contacts and PTFE insulation guarantee excellent conductivity and minimal interference, making it ideal for RF, CCTV, broadcasting, and test equipment environments.
Versatile Installation and CompatibilityWith a rear bulkhead mounting design, UNEF 1/2-28 threading, and support for coaxial cables, this connector suits a wide range of panel setups up to 4mm thick. Compatible with both 50 Ohm and 75 Ohm systems, it adapts to varied impedance requirements, facilitating flexible integration into modern telecommunications and measurement setups.
Built for Reliability and LongevityRobust nickel-plated brass construction, high dielectric strength (1500 V rms), and resistance to extreme temperatures (-40C to +85C) ensure these connectors maintain integrity over extended use. With a rated minimum of 500 mating cycles and full RoHS compliance, you can expect reliable, environmentally responsible operation.
FAQs of Female BNC Straight Rear Bulkhead Solder Type:
Q: How can I install the Female BNC Straight Rear Bulkhead Solder Type connector on my panel?
A: Installation involves inserting the connector through a 12.8 mm mounting hole in your panel (up to 4mm thick), securing it using the rear bulkhead mounting hardware, and soldering the coaxial cable to the gold-plated center contact. The bayonet lock ensures a stable mating with compatible BNC plugs.
Q: What kinds of applications is this BNC connector suitable for?
A: This connector is designed for RF and video signal connections in CCTV systems, broadcasting, test and measurement equipment, telecommunications, and various audio/video setups where reliable, low-loss signal transmission is essential.
Q: When should I choose this particular BNC connector over other types?
A: Choose this connector when you require high insulation resistance (>5000 M), robust nickel-plated brass build, rear bulkhead mounting for panel integration, compatibility with both 50 Ohm and 75 Ohm impedance systems, and adherence to MIL-C-39012 / IEC 60169-8 standards.
Q: Where is this connector most commonly installed?
A: It is most frequently installed on equipment panels or enclosures where secure, rear-mounted bulkhead connection is neededsuch as in test instruments, broadcast hardware, or telecom panelsensuring neat, reliable cable management.
Q: What is the process for terminating the coaxial cable to this connector?
A: The process involves stripping the coaxial cable to expose the inner conductor, soldering the conductor to the gold-plated center contact, securing the shield to the outer shell, and tightening the connector onto your panel using the provided rear bulkhead mechanism.
Q: How does this connector provide reliable signal transmission?
A: With gold-plated brass contacts for optimal conductivity, PTFE insulation for high dielectric strength, and robust construction, this connector minimizes signal loss and interference. It supports frequencies up to 4 GHz with a low VSWR, making it effective for high-frequency applications.
Q: What are the main benefits of using this RoHS-compliant, nickel-plated brass BNC connector?
A: You benefit from durable build quality, long service life (500 mating cycles), environmental compliance (lead-free/halogen-free), excellent electrical properties, and versatile compatibility for a variety of RF and video signal transmission scenarios.