SOLUTION

For 50 Ω, applied frequency is up to 4 GHz. For 75 Ω, it is up to 1 GHz.

•Features: Low installed cost, fast assembly
•Fastening Type: Bayonet lock
•Impedance: 50 Ω / 75 Ω
•Frequency Range: DC to 4 GHz
•Terminations: Crimp, Clamp, Solder, Plug In
•Suggested Application: Computer network, Audio, Data Processing & Telecommunications Equipment

MCX Connector Applied Frequency Up To 6 GHz

•Features: Space saving, fast assembly
•Fastening Type: Snap-On
•Impedance: 50 Ω
•Frequency Range: DC to 6 GHz
•Terminations: Crimp, Solder
•Suggested Application: GPS, Automotive, WLAN, PC/LAN, Base Station, Radios, Wireless/Network Antenna, Instrumentation, Telecommunications

The MMCX coaxial connector boasts a frequency application range of up to 6 GHz.

• Features: Space-saving, quick assembly, smaller than MCX.

• Mounting Type: Embedded.

• Impedance: 50 Ω.

• Frequency Range: DC - 6 GHz.

• Connector Types: Compression, soldering.

• Recommended Applications: Automotive industry, WLAN, PC/LAN, base stations, broadcasting, wireless/network antennas, instrumentation, communications, GPS.

For 50 Ohm Impendence, Applied Frequency Range Is Up To 11GHz. For 75 Ohm Impendence, It Is Up To 1.5 GHz.

•Fastening Type: Threaded
•Impedance: 50 Ω / 75 Ω
•Frequency Range: DC to 11GHz
•Terminations: Crimp, Clamp, Solder
•Suggested Application: Aerospace, Broadcast, Audio, Video as Microwave Components like Filters, Couplers, Dividers, Amplifiers, and Attenuators.

For Flexible Cable Type Of SMA Connectors, The Frequency Range Is Up To 12.4 GHz; As For Semi Rigid Cable Type, The Range Is Up To 18 GHz.

•Features: Low VSWR, broadband performance
•Fastening Type: Threaded
•Impedance: 50 Ω
•Frequency Range: DC to 18 GHz
•Terminations: Clamp, Crimp, Solder
•Suggested Application: PCB, Microwave Components, RF Assemblies

Frequency application range increased to 27 GHz.

• Features: Low VSWR, High-Frequency SMA

• Mounting Type: Threaded

• Impedance: 50 Ω

• Frequency Range: DC - 27 GHz

• Connector Types: Compression, Crimp, Soldering

• Recommended Applications: Circuit boards, microwave components, RF devices

50 Ω connectors support frequency ranges up to 4 GHz, while 75 Ω connectors can handle up to 2 GHz.

• Series Features: Easy installation, space-saving.

• Mounting Type: Embedded.

• Impedance: 50 Ω / 75 Ω.

• Frequency Range: DC - 4 GHz.

• Terminal Type: Crimp, clamp, solder.

• Recommended Applications: Communication, testing equipment, instruments, GPS.

SMC connectors serve as military and aerospace solutions. The 50 Ω connectors support frequency applications up to 10 GHz, while the 75 Ω ones reach up to 2 GHz.

• Features: Space-saving, shock-resistant.

• Mounting Type: Threaded.

• Impedance: 50 Ω / 75 Ω.

• Frequency Range: Up to 10 GHz.

• Connector Types: Compression, clamp, solder.

• Recommended Applications: Antennas, communications, instrumentation, PC/LAN.

SMP connector applied frequency is up to 40 GHz

•Features: High density packaging, space saving, fast assembly, anti-vibration
•Fastening Type: Snap-On/Push-On
•Impedance: 50 Ω
•Frequency Range: DC to 40 GHz
•Terminations: Solder
•Suggested Application: Antenna, Broadband, Military, Instrumentation, Medical

The frequency application range of the SSMB coaxial connector reaches up to 4 GHz.

• Mounting Type: Threaded.

• Impedance: 50 Ω.

• Frequency Range: DC - 4 GHz.

• Connector Types: Compression, Crimp, Soldering.

• Recommended Applications: Wireless systems, imaging equipment, communication, global mobile communication systems.

For 50 Ω impendence, TNC Connector’s frequency range is up to 11 GHz. For 75 Ω impendence, it is up to 1 GHz. TNC series connectors are similar to BNC connectors except for their mating threaded coupling.

•Features: Harsh environment, shock & vibration resistance
•Fastening Type: Threaded
•Impedance: 50 Ω / 75 Ω
•Frequency Range: DC to 11 GHz
•Terminations: Crimp, Clamp, Solder, Plug In
•Suggested Application: Aerospace, Data Transmission, Medical Equipment, Cellular Mobile Telephones, Test Equipment, Microwave Components

Enhance work efficiency and accuracy by easily finding a variety of commonly used standard test connectors with our RF Connector Test Kit. This allows you to make a preliminary assessment and quickly determine which connector best suits or comes close to your needs.