 
        
Microcoaxial Series
 Microcoaxial connectors can support frequencies up to 50 GHz. 
 
Mating durability: ≥ 10,000 cycles 
 
50 and 75 ohm impedance 
 
Insertion/withdrawal force is less than or equal to 6.7 N 
 
High-density contact points designed for RG 316, RG 178, and RG 179 cables 
According to the corresponding pinhole, the number of modules to choose the appropriate frame
According to the type: power supply, signal, data, coaxial, optical fiber, pneumatic and fluid, etc.; According to the signal characteristics: voltage, current, power, frequency, pressure, rate, etc.; According to the cable connection mode: crimping, welding; According to the corresponding pinhole, there will be a corresponding module selection, and the number of signals to select the corresponding module.
According to the corresponding pinhole, the number of modules to choose the appropriate frame
According to the type: power supply, signal, data, coaxial, optical fiber, pneumatic and fluid, etc.; According to the signal characteristics: voltage, current, power, frequency, pressure, rate, etc.; According to the cable connection mode: crimping, welding; According to the corresponding pinhole, there will be a corresponding module selection, and the number of signals to select the corresponding module.
According to the selected pinhole module frame, select the appropriate supporting tools and accessories
Choose the appropriate frame based on the corresponding pinhole and the number of modules.
According to type: power, signal, data, coaxial, fiber optic, pneumatic, and fluid, etc.; according to signal characteristics: voltage, current, power, frequency, pressure, rate, etc.; according to cable connection methods: crimping, welding; then based on the corresponding pinholes, there will be corresponding module selections, as well as selecting corresponding modules based on the number of signals.
Select appropriate supporting tools and accessories based on the chosen pinhole module framework.
Select the appropriate frame based on the corresponding number of pinholes and modules.
According to type: power, signal, data, coaxial, optical fiber, pneumatic, and fluid, etc.; according to signal characteristics: voltage, current, power, frequency, pressure, rate, etc.; according to cable connection methods: crimping, welding; then, based on the corresponding pinholes, there will be corresponding module selections, as well as signal quantity selections corresponding to the modules.
Select appropriate matching tools and accessories based on the chosen pinhole module framework.
Choose the appropriate frame based on the corresponding pinhole and the number of modules.
According to type: power, signal, data, coaxial, optical fiber, pneumatic, and fluid, etc.; according to signal characteristics: voltage, current, power, frequency, pressure, rate, etc.; according to cable connection methods: crimping, welding; then based on the corresponding pinholes, there will be corresponding module selections, as well as selecting corresponding modules based on the number of signals.
Select appropriate supporting tools and accessories based on the chosen pinhole module framework.
Choose the appropriate frame based on the corresponding pinhole and the number of modules.
According to type: power, signal, data, coaxial, fiber optic, pneumatic, and fluid, etc.; according to signal characteristics: voltage, current, power, frequency, pressure, rate, etc.; according to cable connection methods: crimping, welding; then based on the corresponding pinholes, there will be corresponding module selections, as well as selecting the corresponding module based on the number of signals.
Select appropriate supporting tools and accessories based on the chosen pinhole module framework.
Choose the appropriate frame based on the corresponding pinhole and the number of modules.
According to type: power, signal, data, coaxial, fiber optic, pneumatic, and fluid, etc.; according to signal characteristics: voltage, current, power, frequency, pressure, rate, etc.; according to cable connection methods: crimping, welding; then based on the corresponding pinholes, there will be corresponding module selections, as well as selecting the corresponding module based on the number of signals.
Select appropriate supporting tools and accessories based on the chosen pinhole module framework.
CMV09002 ITA Stress Plate V VH Universal
CMV09004 Receiver Stress Plate V VH Universal
CMV09001 Receiver Stress Plate V VH Universal
Choose the appropriate frame based on the corresponding pinhole and the number of modules.
According to type: power, signal, data, coaxial, fiber optic, pneumatic, and fluid, etc.; according to signal characteristics: voltage, current, power, frequency, pressure, rate, etc.; according to cable connection methods: crimping, welding; then based on the corresponding pinholes, there will be corresponding module selections, as well as selecting the corresponding module based on the number of signals.
Select the appropriate supporting tools and accessories based on the chosen pinhole module framework.
Choose the appropriate frame based on the corresponding pinhole and the number of modules.
According to type: power, signal, data, coaxial, fiber optic, pneumatic, and fluid, etc.; according to signal characteristics: voltage, current, power, frequency, pressure, rate, etc.; according to cable connection methods: crimping, welding; then based on the corresponding pinholes, there will be corresponding module selections, as well as selecting the corresponding module based on the number of signals.
Select appropriate supporting tools and accessories based on the chosen pinhole module framework.
Choose the appropriate frame based on the corresponding pinhole and the number of modules.
According to type: power, signal, data, coaxial, fiber optic, pneumatic, and fluid, etc.; according to signal characteristics: voltage, current, power, frequency, pressure, rate, etc.; according to cable connection methods: crimping, welding; then based on the corresponding pinholes, there will be corresponding module selections, as well as selecting corresponding modules based on the number of signals.
Select appropriate supporting tools and accessories based on the chosen pinhole module framework.
Choose the appropriate frame based on the corresponding pinhole and the number of modules.
According to type: power, signal, data, coaxial, fiber optic, pneumatic, and fluid, etc.; according to signal characteristics: voltage, current, power, frequency, pressure, rate, etc.; according to cable connection methods: crimping, welding; then based on the corresponding pinholes, there will be corresponding module selections, as well as selecting the corresponding module based on the number of signals.
Select the appropriate supporting tools and accessories based on the chosen pinhole module framework.
CMV08308 Qua Signal & Low-Power/Micro Coaxial Module, ICA, F Series, 100/15 Channels
CMV08408 Qua Signal & Low-Power/Micro Coaxial Module, ITA, F Series, 100/15 Channels
CMV09002 ITA Stress Plate V VH Universal
CMV08310 Tri-Signal & Low-Power/Micro-Coaxial Module, ICA, F Series, 24/30 Channels
CMV08410 Tri-Signal & Low-Power/Micro-Coaxial Module, ITA, F Series, 24/30 Channels
CMV08216 Tri-Signal & Micro-Coaxial Module, ITA, Hybrid Series, 77/8 Channels
CMV08116 Tri-Signal & Micro-Coaxial Module, ICA, Hybrid Series, 77/8 Channels
CMV09002 ITA Stress Plate V VH Universal
CMV09004 Receiver Stress Plate V VH Universal
CMV09001 Receiver Stress Plate V VH Universal
CMV08307 Micropower/Microcoaxial Module, ICA, F Series, 40 Channels
CMV08407 Micropower/Microcoaxial Module, ITA, F Series, 40 Channels
CMV08310 Tri-Signal & Low-Power/Micro-Coaxial Module, ICA, F Series, 24/30 Channels
CMV08410 Tri-Signal & Low-Power/Micro-Coaxial Module, ITA, F Series, 24/30 Channels
CMV08308 Qua Signal & Low-Power/Micro Coaxial Module, ICA, F Series, 100/15 Channels
CMV08408 Qua Signal & Low-Power/Micro Coaxial Module, ITA, F Series, 100/15 Channels
CMV08215 Micro-Coaxial/Micro-Power Module, ITA, 120 Channels
CMV08115 Micro-Coaxial/Micro-Power Module, ICA, 120 Channels
CMV08114 Micro-Coaxial/Micro-Power Module, ICA, 50-Channel
CMV08214 Micro-Coaxial/Micro-Power Module, ITA, 50 Channels
CMV08216 Tri-Signal & Micro-Coaxial Module, ITA, Hybrid Series, 77/8 Channels
CMV08116 Tri-Signal & Micro-Coaxial Module, ICA, Hybrid Series, 77/8 Channels
CMV09002 ITA Stress Plate V VH Universal
CMV09004 Receiver Stress Plate V VH Universal
CMV06205 Tool, Needle Remover, Suitable for Micro-Coaxial/Micro-Power Pinholes
CMV09002 ITA Stress Plate V VH Universal
CMV09004 Receiver Stress Plate V VH Universal
CMV01230 Micro Coaxial Pin, ICA, up to 50 GHz (sold only as a jumper cable)
CMV01216 Micro Coaxial Pin, ITA, RG316 Double Shielded, Soldered, 10.5 GHz
CMV01215 Micro Coaxial Pin, ITA, RG179, Crimp, 2 GHz, 75Ω
CMV01214 Micro Coaxial Pin, ITA, RG178, Crimp, 3 GHz
CMV01213 Micro Coaxial Pin, ITA, RG316, Crimp, 3 GHz
CMV01130 Micro Coaxial Jack, ICA, up to 50 GHz (sold only as a jumper cable)
CMV01113 Miniature Coaxial Connector, ICA, RG316, 3 GHz
CMV01116 Micro Coaxial Connector, ICA, RG316 Double Shielded, Soldered, 10.5 GHz
CMV01115 Micro Coaxial Jack, ICA, RG179, Crimp-On, 2GHz, 75Ω
CMV01114 Micro Coaxial Connector, ICA, RG178, Crimp, 3 GHz
CMV08307 Micropower/Microcoaxial Module, ICA, F Series, 40 Channels
CMV08407 Micropower/Microcoaxial Module, ITA, F Series, 40 Channels
CMV08310 Tri-Signal & Low-Power/Micro-Coaxial Module, ICA, F Series, 24/30 Channels
CMV08410 Tri-Signal & Low-Power/Micro-Coaxial Module, ITA, F Series, 24/30 Channels
CMV08308 Qua Signal & Low-Power/Micro Coaxial Module, ICA, F Series, 100/15 Channels
CMV08408 Qua Signal & Low-Power/Micro Coaxial Module, ITA, F Series, 100/15 Channels
CMV08215 Micro-Coaxial/Micro-Power Module, ITA, 120 Channels
CMV08115 Micro-Coaxial/Micro-Power Module, ICA, 120 Channels
CMV08114 Micro-Coaxial/Micro-Power Module, ICA, 50-Channel
CMV08214 Micro-Coaxial/Micro-Power Module, ITA, 50 Channels
CMV08216 Tri-Signal & Micro-Coaxial Module, ITA, Hybrid Series, 77/8 Channels
CMV08116 Tri-Signal & Micro-Coaxial Module, ICA, Hybrid Series, 77/8 Channels
CMV09002 ITA Stress Plate V VH Universal
CMV09004 Receiver Stress Plate V VH Universal
CMV09001 Receiver Stress Plate V VH Universal
CMV06205 Tool, Needle Remover, Suitable for Micro-Coaxial/Micro-Power Pinholes
CMV09002 ITA Stress Plate V VH Universal
CMV09004 Receiver Stress Plate V VH Universal
CMV09001 Receiver Stress Plate V VH Universal
CMV09002 ITA Stress Plate V VH Universal
CMV09004 Receiver Stress Plate V VH Universal
CMV09002 ITA Stress Plate V VH Universal
CMV09004 Receiver Stress Plate V VH Universal
CMV09002 ITA Stress Plate V VH Universal
CMV09004 Receiver Stress Plate V VH Universal
CMV08307 Micropower/Microcoaxial Module, ICA, F Series, 40 Channels
CMV08407 Micropower/Microcoaxial Module, ITA, F Series, 40 Channels
CMV08310 Tri-Signal & Low-Power/Micro-Coaxial Module, ICA, F Series, 24/30 Channels
CMV08410 Tri-Signal & Low-Power/Micro-Coaxial Module, ITA, F Series, 24/30 Channels
CMV08308 Qua Signal & Low-Power/Micro Coaxial Module, ICA, F Series, 100/15 Channels
CMV08408 Qua Signal & Low-Power/Micro Coaxial Module, ITA, F Series, 100/15 Channels
CMV08215 Micro-Coaxial/Micro-Power Module, ITA, 120 Channels
CMV08115 Micro-Coaxial/Micro-Power Module, ICA, 120 Channels
CMV08114 Micro-Coaxial/Micro-Power Module, ICA, 50-Channel
CMV08214 Micro-Coaxial/Micro-Power Module, ITA, 50 Channels
CMV08216 Tri-Signal & Micro-Coaxial Module, ITA, Hybrid Series, 77/8 Channels
CMV08116 Tri-Signal & Micro-Coaxial Module, ICA, Hybrid Series, 77/8 Channels
CMV09002 ITA Stress Plate V VH Universal
CMV09004 Receiver Stress Plate V VH Universal
CMV09001 Receiver Stress Plate V VH Universal
 
             
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                     
                    