C1302-100

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Multiple Conductor Cables are employed in a host of applications, from aerospace designs and medical equipment to audio systems and computer networks. C1302-100, one type of multiple conductor cables, is widely used in a variety of applications due to its many advantageous features.

C1302-100 cables are composed of two or more conductors separated by a common insulation layer. The insulation layer is made of a polyolefin, fluoropolymer or another material and comes in a variety of colors such as black, white and red. Each conductor consists of a conductor with a dielectric/insulation layer covering it.

C1302-100 cables are wide temperature range components with a maximum operational limit of -60° to 105° Celsius and an environmental operating limit of -40° to 125° Celsius. Additionally, they have an excellent insulation resistance up to 100 MΩ and a rated voltage of up to 300 Volts. Additionally, they have shielded and unshielded options.

These cables are most commonly used in the medical industry, due to their low temperature tolerance, wide voltage ratings and excellent insulation characteristics. They are versatile and can be used in a variety of applications, from patient monitoring and medical imaging to X-ray machines and Lab equipment.

One advantage of C1302-100 cables is that they are resistant to corrosive gas and liquids and are also flame retardant. The insulation layer is highly durable and will not crack, tear, or peel with age or use. Additionally, they are lightweight and can be flexed and bent for easy installation and use. They are also easy to strip and terminate, which makes them ideal for multi-wire applications.

When it comes to the working principles of C1302-100, there are a few main characteristics that must be kept in mind. The conductors are usually twisted and capacitances are formed between wires. This capacitance causes a voltage drop if a direct current is passed through the cable. Additionally, the cable will act as an inductor if an AC current is passed through. These two properties are described as ‘inductive reactance’ and ‘capacitive reactance’.

The other main property of C1302-100 cable, is the shielding that is employed around the individual wires or conductors. The shielding can be either grounded or ungrounded, depending on the application. The purpose of the shielding is to reduce the electromagnetic interference (EMI) between the cable and its surrounding. This shielding helps to keep the signal strong and unaffected by outside interference. In addition, the shielding can act as a voltage inhibitor, allowing the current to flow through the cable with minimal impact on the voltage.

Overall, C1302-100 cables are ideal for applications that require low temperature tolerance, accurate signal transmission and protection from EMI. Due to their versatility and excellent features, C1302-100 cables are widely used in a variety of industries, from medical to data processing and more.

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