OX180KE

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Through Hole Resistors are commonly used in many applications that require resistance to current flow. One such application is the OX180KE, which is a ceramic resistor package made from conductive material that is fused together with a non-conductive bead material. The resistor package allows for the simple replacement of worn or damaged resistors in many electronics systems, such as computers, audio equipment, and other electronic devices.

The OX180KE provides resistance that is designed to be linear and predictable over a wide range of temperatures and current levels. It is also constructed with an extremely tight tolerance, making it accurate when measuring and monitoring pressures and currents. This makes the OX180KE an ideal resistor package for any situation where accuracy is of utmost importance.

The OX180KE is composed of two distinct parts: the resistor element and the connecting leads. The resistor element is a bead-like object made of a ceramic material, with a concentric ring at both ends which serves to provide electrical contact between the two parts of the package. The leads are short pieces of wire, usually copper or zinc alloy, that make the connection between the resistor and the circuit it is placed in. The two leads have different diameters, and the leads are soldered together with a soldering iron.

The OX180KE offers a number of advantages over other resistor packages. Firstly, its small size makes the OX180KE ideal for assembly in tight spaces, such as those found in some electronic circuit boards. It is also particularly suited for high-power applications, such as those found in power supplies and audio amplifiers. Furthermore, due to its small size, the OX180KE can be easily replaced without damaging the board or circuitry in which it is placed.

The working principle of the OX180KE is quite simple. When current passes through the leads of the resistor element, it is forced to flow through the ceramic resistor element and is then dissipated as heat. This results in a decrease in current flow through the resistor, which in turn reduces the voltage across it. This is known as the Ohm\'s law, and it is the basis for all resistor components. As the temperature of the ceramic element increases, the current flow through the resistor increases, as does the voltage across it, causing a corresponding change in resistance.

The OX180KE is a highly reliable and accurate resistor package, and its size and reliability make it suitable for a variety of applications. Its simple design and construction make it easy to install, and its predictable resistance over a wide range of temperatures and currents make it useful in many situations. As such, the OX180KE is a popular choice for many applications where accuracy and reliability are paramount.

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