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Single Conductor Cables (Hook-Up Wire)

CT2878-8-10 is a single conductor cable, also known as hook-up wire, a type of electrical wire that is used for internal wiring in electronic devices. CT2878-8-10 is ideal for applications that require a small diameter wire and flexible yet durable constructions. It is made of high-grade material and offers substantial temperature ratings.

Applications

CT2878-8-10 is often used in a range of industrial and consumer electronics. Examples of industrial applications include but are not limited to – controllers, sensors, robotics, medical equipment and audio equipment. CT2878-8-10 is suitable for interfacing with external circuitry or used as internal jumper wiring in these products. It is also ideal for use in commercial and automotive equipment, as it stands up to the harsh environments in these types of applications.

The versatile nature of CT2878-8-10 make it useful in a wide variety of applications. It is suitable for internal wiring down to 28AWG, wire-to-wire interconnects, and inline splices. It can also be used as an insulation sleeving for applications operating at temperatures below 300° Celsius.

Construction

CT2878-8-10 is constructed using a flexible stranded tinned copper cable. It is covered with a durable and elastic polyvinylchloride (PVC) insulation, making it easy to work with and protecting the cabling from mechanical damage and abrasion.

CT2878-8-10 comes in a variety of lengths and wire gauges. The most common variants are 28AWG, 30AWG, and 32AWG. CT2878-8-10 is UL approved, CSA certified, and meets MIL-SPEC standards. The maximum temperature rating is 80°C (176°F).

Working Principle

CT2878-8-10 works by routing electrical signals through the copper conductors, element or track. This allows the controllable or induced signal to be sent and received between different components or systems. The PVC insulation provides protection against mechanical wear and tear, aiding in signal integrity.

The signal transmission capacity of CT2878-8-10 depends on several factors such as conductor diameter, insulation thickness, stranding and materials used. The larger the diameter and strand count, the thicker the insulation the better. The material properties of the tinned copper and PVC insulation also have an effect on performance.

CT2878-8-10 is designed to deliver low-power signals with accuracy and reliability. It can be used reliably in high-temperature and wet environments. Due to its durability and flexibility, it is an ideal choice for demanding applications.

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