分类菜单
Massive Interconnect
MINI Coaxial

MINI Coaxial

Small coaxial pinholes feature high precision, efficient transmission, ease of fabrication and maintenance, and a wide range of applications. These characteristics enable small coaxial pinholes to play a vital role in multiple fields, primarily in medical, electronic, and telecommunications sectors.

High cycle life: Supports up to 10,000 insertion and removal cycles;
Supports mixed installation with standard current signals: The F series supports 4-channel mixed installation, while the V series supports 6-channel mixed installation; characteristic impedance: 50 Ω ±5 Ω
 

 

分类菜单

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.

Pin

CMV08305 Qua signal & power/coaxial module, ICA, F series, 100/8 channels

CMV08405 Qua signal & power/coaxial module, ITA, F series, 100/8 channels

CMV09002 ITA Stress Plate V VH Universal

Pin

CMV08406 Tri Signal & Power/Coaxial Module, ITA, F Series, 64/8 Channels

CMV08306 Tri Signal & Power/Coaxial Module, ICA, F Series, 64/8 Channels

CMV08210 Tri Signal & Coaxial Module, ITA, Hybrid Series, 16/16 Channels

CMV08110 Tri Signal & Coaxial Module, ICA, Hybrid Series, 16/16 Channels

CMV09002 ITA Stress Plate V VH Universal

CMV09004 Receiver Stress Plate V VH Universal

CMV09001 Receiver Stress Plate V VH Universal

Pin

CMV08404 Power/Coaxial Module, ITA, F Series, 24 Channels

CMV08304 24PIN Power/Coaxial Module, ICA, F Series, 24 Channels

CMV08406 Tri Signal & Power/Coaxial Module, ITA, F Series, 64/8 Channels

CMV08306 Tri Signal & Power/Coaxial Module, ICA, F Series, 64/8 Channels

CMV08305 Qua signal & power/coaxial module, ICA, F series, 100/8 channels

CMV08405 Qua signal & power/coaxial module, ITA, F series, 100/8 channels

CMV09002 ITA Stress Plate V VH Universal

CMV09004 Receiver Stress Plate V VH Universal

CMV06204 Needle Withdrawal Device Power, Coaxial Needle Hole

CMV09002 ITA Stress Plate V VH Universal

CMV09004 Receiver Stress Plate V VH Universal

CMV09001 Receiver Stress Plate V VH Universal

Pin

CMV01210 Coaxial Pin, ITA, RG316 Double Shielded

CMV01209 Coaxial Pin, ITA, RG178

CMV01201 Coaxial Pin, ITA, RG316

CMV01110 Coaxial Jack, ICA, RG316 Double Shielded

CMV01109 Coaxial Jack, ICA, RG178

CMV01101 Coaxial Jack, ICA, RG316

CMV08404 Power/Coaxial Module, ITA, F Series, 24 Channels

CMV08304 24PIN Power/Coaxial Module, ICA, F Series, 24 Channels

CMV08406 Tri Signal & Power/Coaxial Module, ITA, F Series, 64/8 Channels

CMV08306 Tri Signal & Power/Coaxial Module, ICA, F Series, 64/8 Channels

CMV08305 Qua signal & power/coaxial module, ICA, F series, 100/8 channels

CMV08405 Qua signal & power/coaxial module, ITA, F series, 100/8 channels

CMV08212 coaxial module, ITA, coaxial series, 37 channels

CMV08112 Coaxial Module, ICA, Coaxial Series, 37 Channels

CMV08113 Coaxial Module, ICA, Coaxial Series, 76 Channels

CMV08213 coaxial module, ITA, coaxial series, 76 channels

CMV08204 coaxial module, ITA, coaxial series, 19 channels

CMV08104 Coaxial Module, ICA, Coaxial Series, 19 Channels

CMV08210 Tri Signal & Coaxial Module, ITA, Hybrid Series, 16/16 Channels

CMV08110 Tri Signal & Coaxial Module, ICA, Hybrid Series, 16/16 Channels

CMV09002 ITA Stress Plate V VH Universal

CMV09004 Receiver Stress Plate V VH Universal

CMV09001 Receiver Stress Plate V VH Universal

CMV06204 Needle Withdrawal Device Power, Coaxial Needle Hole

CMV06004 Crimping Pliers - Coaxial Pin Hole

Pin

CMV08404 Power/Coaxial Module, ITA, F Series, 24 Channels

CMV08304 24PIN Power/Coaxial Module, ICA, F Series, 24 Channels

CMV08406 Tri Signal & Power/Coaxial Module, ITA, F Series, 64/8 Channels

CMV08306 Tri Signal & Power/Coaxial Module, ICA, F Series, 64/8 Channels

CMV08305 Qua signal & power/coaxial module, ICA, F series, 100/8 channels

CMV08405 Qua signal & power/coaxial module, ITA, F series, 100/8 channels

CMV08113 Coaxial Module, ICA, Coaxial Series, 76 Channels

CMV08213 coaxial module, ITA, coaxial series, 76 channels

CMV08204 coaxial module, ITA, coaxial series, 19 channels

CMV08104 Coaxial Module, ICA, Coaxial Series, 19 Channels

CMV08210 Tri Signal & Coaxial Module, ITA, Hybrid Series, 16/16 Channels

CMV08110 Tri Signal & Coaxial Module, ICA, Hybrid Series, 16/16 Channels

CMV09002 ITA Stress Plate V VH Universal

CMV09004 Receiver Stress Plate V VH Universal

CMV09001 Receiver Stress Plate V VH Universal

Pin

CMV08404 Power/Coaxial Module, ITA, F Series, 24 Channels

CMV08304 24PIN Power/Coaxial Module, ICA, F Series, 24 Channels

CMV08406 Tri Signal & Power/Coaxial Module, ITA, F Series, 64/8 Channels

CMV08306 Tri Signal & Power/Coaxial Module, ICA, F Series, 64/8 Channels

CMV08305 Qua signal & power/coaxial module, ICA, F series, 100/8 channels

CMV08405 Qua signal & power/coaxial module, ITA, F series, 100/8 channels

CMV08212 coaxial module, ITA, coaxial series, 37 channels

CMV08112 Coaxial Module, ICA, Coaxial Series, 37 Channels

CMV08113 Coaxial Module, ICA, Coaxial Series, 76 Channels

CMV08213 coaxial module, ITA, coaxial series, 76 channels

CMV08204 coaxial module, ITA, coaxial series, 19 channels

CMV08104 Coaxial Module, ICA, Coaxial Series, 19 Channels

CMV08210 Tri Signal & Coaxial Module, ITA, Hybrid Series, 16/16 Channels

CMV08110 Tri Signal & Coaxial Module, ICA, Hybrid Series, 16/16 Channels