TC164-JR-073K3L Resistors

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Resistor networks are used to control the voltage, current, and total power levels of a circuit. The TC164-JR-073K3L array is a type of resistor network designed to support high power applications. This array utilizes a resistor array composed of seven resistors, each with a value of 9.22 ohms, in a parallel configuration.

Within the TC164-JR-073K3L array, the resistors are connected to form a set of seven distinct power rails. Each rail is fed by a separate power source, enabling the network to operate at different voltages and currents depending on the application. The resistors are made of a metal alloy called alluminium-nickel-cadmium (Aucd). This material has excellent electrical properties and offers superior protection from short circuits.

The TC164-JR-073K3L array is commonly used in high-power telecommunication systems, industrial equipment, and other applications that require large amounts of wattage. It is ideal for applications with multiple voltage levels and currents, as the resistors can be adjusted and the network can be configured to handle many different levels of power.

In addition to the resistive element, the TC164-JR-073K3L array also incorporates a thermal element. The thermal element helps protect the system from overloading and excessive current. This thermal element is made of a material known as cobalt-doped manganese oxide, which has a relatively low level of resistance compared to the resistive elements. This low resistance helps limit the amount of heat generated by the network while still providing adequate current levels.

The TC164-JR-073K3L array also contains a number of built-in features, such as surge protection. The surge protection circuit prevents the system from being damaged by sudden increases in current, voltage, or heat. The network also includes a voltage limiter which adjusts the total voltage level to a safe range, protecting the system from overloads and shorts.

The working principle of the TC164-JR-073K3L array is relatively simple. The seven resistors form a single, unified electrical circuit. When an input voltage is applied across this circuit, the current flows through each of the resistors according to their individual resistances. The currents then combine to form a single output current, which is then regulated by the thermal elements in the network.

By adjusting the power levels of the individual resistors, the total voltage and current of the output can be controlled. The thermal elements limit the total current and dissipate any excess heat generated by the resistive elements. The voltage limiter ensures that no single section of the circuit exceeds its rated voltage, preventing any system damage or breakdown.

The TC164-JR-073K3L array is a highly adaptable type of resistor network that can be used for a variety of applications. It offers excellent protection from short circuits and overloads, and is ideal for applications demanding precise control of voltage and current levels. The resistors are made of a robust and durable alloy, providing superior performance even in high power applications.

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