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5 Key Characteristics of a High Quality Micro coaxial Cable Assembly

5 Key Characteristics of a High Quality Micro coaxial Cable Assembly

A micro coaxial cable assembly can be used in a wide variety of precision medical products, cable applications, military applications, high-end automated video test equipment, and security applications. Micro coaxial cable is being implemented at an accelerated pace in display application such as PC notebooks, digital video cameras, and cellular phones. Its combination of key characteristics make it a popular choice for use in lightweight, mobile consumer electronics and applications in which high-speed data transmission is essential. When selecting a high-quality micro coaxial cable assembly there are five key characteristics to consider.

Bending/Flexibility

The first characteristic to consider is the ability for the micro coaxial cable assembly tube and remain flexible over the long-term without sacrificing reliability or sensitivity of the data signal. This is why micro coaxial cable is often used for ultrasound probes, catheters, and advanced and dose copies. One way the cable assemblies offer a unique vending and flexibility characteristics is by leveraging micro diameter cable which can be thinner than a human hair. Depending upon the application the micro collection cable assembly may be required to constantly bend into different shapes on a consistent basis.

Impedance Matching

Impedance matching is another key characteristic of high-quality micro coaxial cable assemblies. Impedance matching is the practice of designing the input impedance of any electrical load or the output impedance of its corresponding signal source. This allows it to maximize the power transfer as well as minimize the signal reflection from the load. This concept first found applications in electrical engineering however has become popular across multiple industries. It is a popular alternative to impedance bridging any time power is a higher priority than maximizing voltage transfer which is often the case in regards to moving data.

High Speed Data Transmission

With any micro coaxial cable assembly high-speed data transmission is always a top priority. For example, with numerous pieces of medical equipment which rely on a micro coaxial cable assembly, data must be received in near real time. This is the only way to provide an immediate and accurate diagnosis.

EMI Shielding

Electromagnetic interference (EMI) is an electromagnetic commission from a device or system which interferes with the normal operation of another device. EMI was first recognized as an interference problem with radio signals. Today EMI is used in a much broader sense. EMI shielding ensures the micro coaxial cable assembly will be able to transmit data without interference from surrounding devices. One way to look at this ability is by focusing on electromagnetic compatibility (EMC). Electromagnetic compatibility requires an electronic system to be able to tolerate a specific degree of interference without generating more than a specified amount of interference. This characteristic is growing increasingly important as the number of opportunities or sources of interference continue to expand.

Overall Durability/Reliability

The final characteristic of high quality micro coaxial cable assemblies is the overall durability and reliability. The best options offer excellent mechanical strength in combination with flexible performance to ensure smooth data transmission. Some also offer excellent heat resistance utilizing insulation while remaining super lightweight.

My name is Mable Hall, a professional freelance writer, like to introduce 3C TAE-YANG Co Ltd . A Micro Coaxial Cable Assembly can be used in a wide variety of precision medical products, cable applications, military applications, high-end automated video test equipment, and security applications.

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