What is a MCX RF Connector?
Summary
MCX (Micro Coaxial Connectors) are small snap-on type rf connectors approximately 30% smaller than SMB type, enabling compact, space-saving mounting. They are used in communication systems, GPS, medical equipment, and vehicle antennas.
MCX RF Connectors by Type
Trivia : About Cables
- MIL Standard Cables
These cables, also known as Mil-Spec, are engineered to meet rigorous US military specifications for performance and durability. They often feature the "RG" prefix, which stands for "Radio Guide," reflecting their roots in radio technology. They are critical in demanding applications like defense, aerospace, and telecommunications, where reliability is non-negotiable.
MCX RF Connector Features
Compact Size
Since this connector is smaller than the SMB connector, high-density mounting can be achieved in a small space, not only for wiring in equipment but also for connection between subassemblies that make up the equipment and between equipment.
Coupling Method
Compared to the threaded coupling method, the snap-on coupling method is used, making connection easier. Since the connectors can be coupled by simply pushing the connectors together, this method is suitable for locations where tightening screws is difficult and space is limited.
Impedance
MCX connectors are also available in 75 Ω as well. MCX 75 Ω connectors are recommended for video, broadcasting, home appliances, and factory automation equipment with lower operating frequency bands.
MCX Type RF Connectors Applications
MCX RF connectors are compact, high-frequency coaxial connectors widely used in various applications. In communication systems, they enable reliable signal transmission in wireless devices.
GPS systems utilize MCX connectors for precise signal reception in navigation. Medical equipment, like imaging devices, benefits from their small size and durability.
In automotive antennas, they support efficient signal transfer for connectivity. Their versatility and performance make them critical across industries.
MCX Type RF Connector Standards & Dimensions
Compatible Standards
IEC61169-36
Impedance
50 Ω, 75 Ω
Coupling Method (Connection)
Snap-on Coupling
Voltage Rating
AC 170 V
Maximum Voltage
DC 1,000 V
Insulation Resistance
1,000 M Ω min. at 500 V DC
Contact Resistance
Center 5.0 mΩ max.; outer 2.5 mΩ max.
Surface Treatment
Gold plating
Wiring Method
Solder, crimp
Note: The figures provided are typical values. For further details, please contact us.
MCX Type RF Connector FAQ
QWhat is the difference between MCX and MMCX connectors?
QWhat is the difference between MCX and MMCX connectors?
Our MCX connectors are compact RF connectors, but MMCX connectors are an even smaller version. This makes MMCX ideal for devices where saving space and reducing weight are top priorities, such as portable communication gadgets, medical devices, and automotive electronics. Our MCX connectors, while still small, offer a balance of size and versatility for a broader range of applications.
> MMCX
QWhat is the difference between 50 Ω and 75 Ω connectors?
QWhat is the difference between 50 Ω and 75 Ω connectors?
The numbers 50 Ω (ohms) and 75 Ω refer to the impedance, or how the connector handles electrical signals. Our 50 Ω MCX connectors are great for high-frequency applications—like wireless systems—because they efficiently manage power and minimize signal loss.
On the other hand, our 75 Ω connectors work best for lower-frequency uses where maintaining signal quality over longer distances matters more, such as in video systems, broadcasting, home appliances, and factory automation equipment.
QIn what situations are MCX RF connectors mainly used?
QIn what situations are MCX RF connectors mainly used?
Our MCX RF connectors excel in a variety of settings. They’re found in wireless communication systems like cellular base stations and Wi-Fi routers, GPS receivers, medical imaging devices, and automotive infotainment systems. They’re a go-to choice whenever reliable RF performance is needed in a compact package.
QWhat is the frequency range of Tyclon's MCX RF connectors?
QWhat is the frequency range of Tyclon's MCX RF connectors?
Our MCX RF connectors can handle signals from DC (direct current) up to 6 GHz. This wide range makes them perfect for low-frequency and high-frequency RF and microwave applications, giving engineers plenty of flexibility.
QHow do MCX connectors mate?
QHow do MCX connectors mate?
Our MCX connectors use a snap-on design to click into place quickly and easily. This feature is a big plus in tight spaces or when you need to connect and disconnect them often, saving time and effort during installation or maintenance.
QWhat types of cables work with Tyclon's MCX RF connectors?
QWhat types of cables work with Tyclon's MCX RF connectors?
Our MCX RF connectors are compatible with several coaxial cables, including RG-178 and RG-316. This variety lets you integrate them into different setups, whether working on a custom project or a standard system.
QHow should I connect and disconnect MCX connectors to ensure their longevity?
QHow should I connect and disconnect MCX connectors to ensure their longevity?
Push straight in to connect and pull straight out to disconnect without twisting, preserving the connector and cable integrity.
QWhat makes Tyclon's MCX RF connectors stand out from others?
QWhat makes Tyclon's MCX RF connectors stand out from others?
At Tyclon, we're proud of the quality and precision behind our MCX RF connectors. They're made to top standards, delivering excellent electrical performance and mechanical strength. Plus, we offer customization—like different plating finishes or pre-assembled cable options—to meet your specific needs, setting us apart from the competition.
QHow can I order MCX RF connectors, and what support do you offer?
QHow can I order MCX RF connectors, and what support do you offer?
Ordering is simple—you can purchase our MCX RF connectors directly on our website or contact our sales team for assistance. We also provide full technical support, including datasheets, CAD models, and application notes, to help you pick the perfect connector for your project.