0151660197

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Flat Flex

Flat Flex is a type of highly conductor cable commonly used in devices requiring reasonably low resistance electrical connections with minimal physical space. Core composition consists of low resistance, copper-based materials frequently plated with gold to give them greater conductivity and prevent oxidation.

Flat Flex is suitable for the rugged industrial environment, since corrosion isn\'t an issue. Furthermore, as Flat Flex is shielded, it also provides better noise immunity when dealing with noisy circuits. This type of highly performant cable is widely used in applications such as data transfer, integrated circuits, measuring equipment, robot universal cable, etc.

Ribbon Jumper Cables

Ribbon Jumper Cables are an ideal choice for connecting components in confined spaces. They are similar to Flat Flex in terms of their conductivity and noise immunity features. Ribbon Jumper Cables consist of a series of ribbons that are crimped into a single Multi-Core cable.

The most common application for this type of cable is the connection of components in an electrical circuit. Ribbon Jumper Cables can be used in a variety of applications such as wire harness assembly, robotics, microcontroller systems, LED systems, etc.

0151660197 Application Field and Working Principle

0151660197 is a type of highly flexible flat flex cable, with a working current up to 3A and an audible/visual alarm when current is cut off.

This cable is mainly used in automotive, industrial and home devices such as motor starters, coolers, alarm systems, security cameras, audio systems, TVs, computers, etc. It is highly sought-after for its outstanding noise immunity, stability, and vibration resistance features.

The working principle of the 0151660197 is fairly simple. It consists of a conductor, transmitted signals, a switch, and a relay – all enclosed in a single insulated sheath. When the insulated sheath is subjected to current, the conductor sends the signals which are then picked up by the switch, thus triggering the relay.

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