AZ181930 BR005

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Single Conductor Cables (Hook-Up Wire) are commonly used in electrical systems for a variety of purposes including connecting components to power sources, instrument measurement and control, signal transmission and protection. AZ181930 BR005 are a type of Single Conductor Cables (Hook-Up Wire) specifically designed for high-frequency applications.

The cable is constructed with a high-purity, stranded copper core within a polyvinylchloride (PVC) insulation layer. It is designed to deliver reliable electrical performance and excellent attenuation performance over a wide frequency range, making it suitable for various applications.

The main application fields for AZ181930 BR005 are digital and RF signal transmission, telecommunications, and high-frequency measurements. The cable also provides reliable power transmissions in a wide range of applications such as microprocessors and high-speed data pathways. Furthermore, the cable provides excellent noise isolation to protect sensitive equipment.

The working principle of AZ181930 BR005 is based on the fact that a uniform insulation layer reduces the reflection of signals, producing less interference and ensuring data integrity. The uniform surface of the insulation provides low electromagnetic transmission loss (<5 dB/100 m) and less interference between adjacent cables. Additionally, the cable has low attenuation levels, up to 30 dB/100 m depending on the frequency, ensuring reliable data transmission in applications where frequent changes in signal frequency occur.

The cable is also designed for flexibility, allowing easy installation in confined areas. The outer jacket is made of flame-retardant PVC that provides flammability protection for various applications, and the ultra-low smoke generation ensures the safety of users.

In conclusion, AZ181930 BR005 is a type of Single Conductor Cable (Hook-Up Wire) designed for high-frequency applications. It is suitable for digital and RF signal transmission, telecommunications, and high-frequency measurements as well as providing reliable power transmissions. The cable has a uniform insulation layer and low attenuation levels, making it ideal for applications where frequent changes in signal frequency occur. The flame-retardant outer jacket also provides flammability protection and ultra-low smoke generation for user safety.

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