High Reliable Coaxial Connector Female 50 Ohm SMA Bulkhead Jack RF Connector
Custom Coaxial Connector Female with a 50 Ohm SMA bulkhead jack for stable RF signal transmission. Precision machined for wireless communication, antennas and test equipment.
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Description
What Is a Coaxial Connector Female?
A coaxial connector female is a connecting device that features a receptacle designed to accept the male plug’s center pin, creating a secure circuit connection. Unlike male connectors that have a protruding pin, the coaxial connector female has a socket or jack configuration, commonly referred to as a “jack” in RF terminology.
These products are characterized by their precision-machined inner receptacle, dielectric insulator, outer conductor body, and coupling mechanism. Typical features include a socket contact that receives the male pin, threaded or bayonet coupling for secure attachment, and environmental sealing for outdoor applications. Common connector types include BNC, SMA, N-Type, TNC, and F-Type, each offering specific frequency and performance characteristics.
Why Choose Custom CNC Machined Coaxial Connector Female Products?
Off-the-shelf coaxial connector female products may not always fit your specific application. Standard dimensions, materials, or performance specifications may not align with your system requirements. Custom CNC machined coaxial connector female products provide the perfect solution for applications demanding precise fitment and optimal signal integrity.
With CNC machining, every aspect of the coaxial connector female can be customized to your exact specifications. The connector type can be selected from BNC, SMA, N-Type, TNC, 7/16 DIN, or custom interfaces. The impedance can be matched to 50 ohms or 75 ohms. The frequency range can be optimized from DC to 50+ GHz. The material can be chosen for conductivity, corrosion resistance, or durability. The coupling mechanism can be threaded, bayonet, or snap-on. Additional features such as waterproof sealing (IP67, IP68) or panel mount configurations can be integrated.
Our CNC machining process ensures that each coaxial connector female achieves tight tolerances, with excellent surface finish and consistent quality across every part, from prototypes to high-volume production runs.
Common Coaxial Connector Female Types:
BNC Female Connector features a bayonet coupling for quick connect/disconnect and a receptacle that accepts the male BNC plug. Suitable for RF equipment, test instruments, and video signals. Frequency range up to 4 GHz.
SMA Female Connector features a threaded coupling and a socket contact for high-frequency applications. Suitable for RF and microwave systems. Frequency range up to 18 GHz for standard versions.
N-Type Female Connector features a threaded fastener and a socket contact. Suitable for commercial RF applications and lower microwave frequencies.
TNC Female Connector is the threaded version of BNC with improved microwave performance. Frequency range up to 12 GHz.
7/16 DIN Female Connector features a threaded coupling for high-wattage transmissions. Frequency range up to 7.5 GHz.
F-Type Female Connector features a threaded fastener and socket contact for residential television and RF signals.
Applications of Custom Coaxial Connector Female Products:
Telecommunications:
They are essential for cellular networks, broadband internet, and satellite communication systems. They provide secure, low-loss connections between cables and base station equipment.
Broadcasting:
Coaxial connector female products connect video equipment and transmission lines in television and radio broadcasting. They deliver stable, high-quality signal transmission necessary for live broadcasts.
Aerospace and Defense:
Precision coaxial connector female products enable reliable RF transmission in avionics, radar, and military communication systems. They are engineered to withstand extreme conditions.
Test and Measurement:
High-precision coaxial connector female products support laboratory and field testing of RF and microwave systems. They provide the repeatability necessary for accurate measurements.
Consumer Electronics:
They are used in televisions, cable modems, and satellite receivers, providing the interface for connecting residential entertainment systems.
Our CNC Machining Capabilities:
Our facility is equipped with advanced CNC turning, milling, and machining centers capable of producing coaxial connector female products to the highest standards. We offer precision contact machining, threading, and surface finishing. We support custom impedance, custom frequency, and custom environmental specifications. We support prototype quantities as low as one piece and production runs of thousands.
Frequently Asked Questions:
Q: What is the difference between male and female coaxial connectors?
A: Male connectors have a protruding center pin, while female connectors have a socket receptacle that accepts the male pin.
Q: What is the difference between 50-ohm and 75-ohm coaxial connector female products?
A: 75-ohm connectors work best for video signals, while 50-ohm connectors are optimal for wireless communication and data signals.
Q: What material are coaxial connector female products made from?
A: Coaxial connector female products are typically made from brass, stainless steel, or beryllium copper, with gold, nickel, or silver plating.
Q: What frequency ranges can you support?
A: We can support frequencies from DC to 50+ GHz, depending on the connector type and configuration.
Q: Do you offer waterproof coaxial connector female products?
A: Yes, we offer IP67 and IP68 rated connectors for outdoor and harsh environment applications.
Conclusion:
A coaxial connector female is a critical component for reliable signal transmission in telecommunications, broadcasting, aerospace, and many other industries. When off-the-shelf options do not meet your needs, custom CNC machined coaxial connector female products provide the perfect solution. With our precision machining capabilities, material options, and commitment to quality, we deliver connectors that ensure signal integrity and long-term reliability.



























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