OX391KE

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors are resistors that have two leads extending from each other which can be used for passing current through the resistor and obtaining a desired electrical resistance. OX391KE Resistors are premiership-quality through-hole resistors typically used in industrial and medical applications, and they are chosen due to their reliable performance and efficient heat dissipation.

In terms of their application field, OX391KE resistors are generally used in areas where current has to be passed through a resistor at a higher rate. This is because they possess an impressive maximum dissipation capacity of 500mW, and they are capable of providing high power and high resistance simultaneously. They also offer better electrical uniformity and stability, enabling them to be used in equipment with very precise resistances. Medical equipment that may require such resistors can also benefit from the OX391KE, since they are rated to withstand higher temperatures than typical consumer-level resistors.

In terms of their working principle, OX391KE consist of a ceramic body with silver and manganese electrodes. The resistive material in this resistor is usually an alloy of manganese and silver, and it is designed in such a way that it can quickly dissipate heat when it is needed. The electrodes of the resistor are also designed to prevent oxidation and therefore, they provide better electrical resistance. The ceramic body acts as an insulator, concealing the resistor from electrical currents and preventing it from short-circuiting.

In conclusion, OX391KE Resistors are high-quality, through-hole resistors typically used in industrial and medical applications due to their reliable performance and efficient heat dissipation. They have a high maximum dissipation capacity of 500mW and offer better electrical uniformity and stability as compared to other resistors. The working principle of these resistors is based on a special alloy of manganese and silver which is used to create a resistive material, while the ceramic body provides insulation to protect the resistor against electrical currents.

The specific data is subject to PDF, and the above content is for reference