OX101KE

Through Hole Resistors

Through hole resistors are an important application field for OX101KE. OX101KE resistors are hybrid materials that are characterized by high temperature stability, low noise, high linearity, and low failure rates. The design of OX101KE resistors makes them suitable for a range of applications including automotive, industrial, audio/video, and military/aerospace applications.

Working Principle

The operating principle of OX101KE resistors is based on electro-chemical reaction. The resistor is made up of two different material layers, a conductive material such as copper and an active material such as an oxide in a sandwich-like structure. When electricity is applied to the resistor, a reaction takes place between the copper and the oxide, resulting in an electrical resistance.

The resistance of the resistor can be further controlled by the ratio of the copper to oxide layers. The thinner the layer of copper, the higher the resistance it will produce. The ratio of the copper to oxide can then be adjusted to suit the exact resistance requirements for the device being designed.

Benefits

The main benefit of using OX101KE resistors for through hole resistors is their stability. OX101KE resistors are able to maintain their stability from -40°C to 200°C without showing any noticeable changes in performance. This makes them ideal for through hole resistors where temperature stability is essential.

Another benefit of using OX101KE resistors is their linearity. These resistors are able to maintain a linear resistance throughout their range. This makes them ideal for applications such as measuring and control circuits, where a linear output is important.

Finally, OX101KE resistors have a low failure rate. This makes them a reliable and cost-efficient choice for through hole resistors, giving designers and engineers assurance that their designs are not only reliable, but also cost-effective.