10-007-152

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Flat flex, ribbon jumper cables, with part number 10-007-152, constitute an important component in a range of electrical operations, such as interconnecting computing components, remote application installations, and wiring for industrial machinery. Often encountered in the military, medical, and telecommunications industries, flat flex jumpers are precision cables designed to provide optimal electrical and physical connection standards.

Flat Flex Requirements

Flat flex cable has a variety of requirements that must be satisfied to ensure successful performance. Such cables work in temperatures between 932°F and -212°F (-75°C to -30°C) and operate with an environmental humidity of up to 95% non-condensing. Furthermore, these cables must meet the electrical and thermal requirements of their application, including voltage, current, resistance, impedance, capacitance, and dielectric strength.

Application Fields

The 10-007-152 flat flex cables are employed in a variety of application fields. For example, in the medical industry, flat flex cables are used to construct endoscopic tools for minimally invasive surgeries. In addition, military and aerospace fields make use of this kind of cable to interconnect components in electronic warfare systems. Communications and telecommunications applications have also been developed with the help of these cables, such as wireless infra-red communication systems and P25 communication.

Working Principle

The 10-007-152 flat flex cable uses a single conductor with a jacket or insulation covering. This conductor is tightly encased in conductive materials or wire fibers which provide the circuit with specific impedance. The wire fibers are in a single row or multiple-row configuration, connecting the two terminals and enhancing signal integrity when transmitting electrical signals. In order to prevent quick damage to the electrical connection, the single conductor of the cable is often integrated with strain relief features, protecting the integrity of the cable.

Additionally, flat flex cables feature an optimized signal connection for the application, intended to minimize the amount of interference. The conductor size, insulation materials, and plating of the cable allows for low attenuation when transmitting signals from one terminal to another. Furthermore, in order for the cable to be resistant to extreme temperatures and chemical exposure, the insulation used in 10-007-152 flat flex cables is often polyvinyl chloride or similar, providing a rugged design and the flexibility essential for many applications.

Conclusion

The 10-007-152 flat flex cables are designed for high temperature and humidity applications, offering improved electrical and physical connection. Thus, flat flex cables boast a wide range of application fields, including military, medical, and telecommunications applications. Furthermore, the working principle of the 10-007-152 flat flex cable entails features such as a single conductor, insulated wire fibers, strain relief, and insulation materials, allowing for optimal signal connection and necessary protection for the cable.

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