MMCX RF Connector

1.MMCX RF connector (micro coaxial RF connector) is a small-sized RF coaxial connector belonging to the 50-ohm series, with a frequency range covering DC to 6 GHz.
2.It features compact size and lightweight design, making it suitable for applications with strict space and weight requirements (e.g., small communication and network equipment). Widely used in commercial electronic devices such as GPS, wireless base stations, and portable communication equipment, supporting PCB installation (right angle/left angle) and cable termination (crimping/soldering).
3.Impedance: 50 Ohms nominal
4.VSWR: 1.15:1 to 6GHz typical
5.Insertion loss: .1√f (GHz)
7.Adaptation cable: RG316
6.Temperature range: -55°C to 125°C
Product Description

MMCX RF Connector - Precision Solutions for Modern Electronics

Are you searching for reliable micro-coaxial connections for your next project? Our MMCX RF Connector delivers exceptional performance in a compact design. These miniaturized 50-ohm connectors work consistently from DC to 6 GHz, making them idealize for GPS frameworks, remote base stations, and versatile communication gadgets. With their snap-on association component and 360° turn capability, the item arrangements give the adaptability your applications request whereas keeping up prevalent electrical execution in space-critical environments.

product-1-1

What Makes MMCX Connectors Essential for Your Projects?

MMCX connectors represent a breakthrough in miniaturized RF technology. These micro-coaxial connectors solve critical design challenges where space and weight matter most.

Their snap-on association framework disposes of strung coupling, speeding get together and guaranteeing unwavering quality. With 360° turn for adaptable directing, the connector lodging is 30% littler than SMB connectors, whereas keeping up SMB-compatible contact and separators measurements for simple plan moves and stock administration.

product-1-1

Key Applications and Benefits

Communication Systems

Your wireless infrastructure projects benefit from MMCX connectors' reliable performance. Base stations, antenna systems, and RF modules use these connectors for consistent signal transmission.

GPS and Navigation

Portable GPS devices rely on MMCX connectors for antenna connections. Their lightweight design doesn't compromise device portability while maintaining signal integrity.

Test and Measurement

Laboratory equipment and field testing tools incorporate MMCX connectors for precision measurements. Quick-connect capabilities speed up test procedures without sacrificing accuracy.

Medical Electronics

Compact medical devices use MMCX RF Connector connectors in monitoring equipment and diagnostic tools. Their reliable performance meets strict medical industry standards.

Technical Specifications

Parameter Specification
Impedance 50 Ohms nominal
Frequency Range DC to 6 GHz
VSWR 1.30:1 to 6GHz typical
Insertion Loss 0.10 √f (GHz)
Temperature Range -55°C to 125°C
Adaptation Cable RG316
Voltage Rating 750 Vrms
Insulation Resistance 5,000 megohms minimum
Contact Resistance (Outer) 2.5 milliohms maximum
Contact Resistance (Inner) 5 milliohms maximum
Mate/Demate Cycles 500 cycles
Occlusal Force ≥25N
Separation Force 8-20N

Material Construction

Component Material
Housing Brass with gold plating
Center Contact Beryllium copper with gold plating
Insulator PTFE

Environmental Standards Compliance

Test Standard Specification
Thermal Shock MIL-STD-202, Method 107, Condition B
Salt Spray MIL-STD-202, Method 101, Condition B
Vibration MIL-STD-202, Method 204, Condition D
Shock MIL-STD-202, Method 213, Condition I
Moisture Resistance MIL-STD-202, Method 106, except Step 7B

Installation Options and Configurations

PCB Mounting

You can choose from straight or right-angle PCB mount configurations. These options accommodate different board layouts and space constraints in your designs.

Cable Termination

Crimping and soldering options provide flexibility for cable assembly requirements. RG316 cable compatibility ensures reliable connections in demanding applications.

Connection Mechanism

The snap-on design of the MMCX RF Connector eliminates threading requirements. This feature reduces assembly time while maintaining secure connections under vibration and thermal cycling.

product-1-1

Performance Advantages

Signal Integrity

Low insertion loss characteristics preserve signal quality across the entire frequency range. VSWR performance ensures minimal reflections in your RF path.

Mechanical Reliability

500 mate/demate cycles provide long-term reliability in applications requiring frequent connections. Precise force specifications ensure consistent performance.

Environmental Durability

Military-standard environmental testing validates performance under extreme conditions. Temperature stability from -55°C to 125°C covers demanding applications.

Electrical Performance

High insulation resistance and low contact resistance maintain signal integrity. 750 Vrms voltage rating provides adequate safety margins for most applications.

Quality Assurance and Manufacturing

At Shaanxi Chuangyu Electronic Technology, we maintain strict production process management systems. Our precision testing instruments ensure every connector meets specifications from design through customer use.

Guided by digital manufacturing principles, we ensure each product undergoes comprehensive testing for electrical and mechanical performance. Our facility in Chang'an Innovation Park, equipped with advanced technology, guarantees consistent quality and rapid delivery for your projects.

product-1-1

 

Why Choose Our MMCX Solutions?

We specialize in precision connectors up to 110 GHz for MMCX applications, offering customization and personalized engineering support for your unique, non-standard requirements.

Ready to enhance your next project with reliable micro-coaxial connections? Contact our technical team at postmaster@cymicrowave.com to discuss your specific requirements. Our MMCX RF Connector solutions deliver the performance and reliability your applications demand.

Share to
Online Message
SUBSCRIBE