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Single Conductor Cables (Hook-Up Wire)

CR1573-000 Application Field and Working Principle

CR1573-000 is a single conductor cable (also referred to as "hook-up wire") which typically consists of two parts, an insulated conductor and a self-amalgamating acrylic elastomer jacket. The shielded cable is used in a variety of electronic devices, medical devices, and sensor applications, and it is particularly suitable for ferro-magnetic components.

This type of single-conductor cable is available in a variety of sizes and configurations, ranging from standard 2-conductor cable to multi-conductor and shielded cable. For example, the CR1573-000 cable has two shielded cables, each with an outer jacket that is resistant to abrasion,flexing, and vibration.

The conductor in a single conductor cable is typically made of copper or copper-coated materials. The electrical insulation of the cable is made of polyvinylchloride (commonly referred to as PVC). The outer jacket for a single conductor cable is typically made of a thermoplastic elastomer (commonly referred to as TPE) or a polyethylene/polyvinyl chloride combination.

The purpose of the single-conductor cable is to transmit electronic signals or electrical energy from one point to another. The conduit of the conductor must be small enough to allow the wire to pass through it without creating too much noise or resistance. It is also important for the conductor to have a low resistance, which is why copper is often chosen as the material for the conductor. There are also other materials chosen for the conductor, such as aluminum, silver, and nickel.

The TPE outer jacket of the single-conductor cable provides the highest level of durability and protection against environmental elements. It is resistant to abrasions, tears, and shocks, and provides a non-corrosive and watertight seal to the cable. The outer jacket also helps reduce EMI and RFI (Electromagnetic Interference and Radio Frequency Interference, respectively), which is a common problem when transferring electronic signals across long distances.

The working principle for a single conductor cable is the same as that for any other type of cable. A single conductor cable is connected to an electric circuit by means of electrical contacts (usually screws) located on the ends of the cable. The current goes through the conductor, which is insulated by the PVC insulation. This current flows through the wire from one end to the other, and the current passes through the TPE outer jacket, which protects the cable from any external environmental elements.

CR1573-000 is just one of the many different types of single conductor cables available. Choosing the right cable for your specific application can be a daunting task, as there are a variety of factors to consider, such as the current rating, insulation type, and outer jacket type. However, by understanding the working principle and application field of CR1573-000, you can make an informed decision on which type of cable will best meet your needs.

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