OY393KE

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Through Hole Resistors: OY393KE Application Field and Working Principle

Through hole resistors are an important type of resistor widely used in various fields due to their reliability, durability, and long working life. The OY393KE is one particular make of a through-hole resistor which is designed for use in many different sectors, ranging from consumer electronics to industrial, automotive, and aerospace applications.

Their compact form factor and wide range of available resistance values makes them ideal for a variety of circuit designs where a reliable, fixed resistor is required. Their primary purpose is to reduce electrical current by distributing the same voltage over a range of values in order to maintain the desired power levels. The OY393KE provides resistance from 1 ohm to 10 megohms, with a temperature range of -55˚C to +185˚C.

An important advantage of the OY393KE is its adaptability. It can handle a wide range of working voltages, from very low to very high voltage applications. Its ability to handle current pulses is among the best in design tolerances, making it suitable for use in a wide array of industrial applications. The OY393KE is ideal for applications involving high frequency signals, such as motor control and radiofrequency (RF) designs.

In addition to this, the OY393KE is one of the few through-hole resistors available that is both AEC-Q200 and RoHS compliant. This means that it can be used in automotive and other safety-critical applications, as it has been tested to meet stringent industry standards for durability and reliability. Finally, the OY393KE is also extremely cost-effective compared to other resistors.

Working Principle

The OY393KE works using the same basic principles as other types of resistors. All resistors work by converting energy into heat, and the OY393KE is no exception. Unlike other resistors, however, the OY393KE has an internal heating element which allows the resistor to heat up much more quickly than other resistors, and to maintain a more constant temperature.

When current is passed through the resistor, the energy is converted into heat, which is then dissipated through the resistor’s body. The amount of energy converted into heat is directly proportional to the resistance value of the resistor. As the resistance increases, the heat needed for conduction decreases. This means that the OY395KE is capable of dissipating more energy than other resistors of the same type and size.

The main advantage of the OY393KE lies in its high tolerance to temperature. Thanks to its high temperature rating, it is able to withstand greater variations in temperature without any significant changes in performance. This makes the OY393KE a perfect choice for applications where the operating temperatures may vary drastically. Furthermore, the OY393KE is built to last, and should provide reliable performance for many years without needing to be replaced.

Conclusion

The OY393KE through-hole resistor is a great choice for applications where a high tolerance to temperature and long working life is required. Its wide range of resistance values and temperature ratings makes it especially suitable for automotive, industrial, and radio frequency applications. Furthermore, its universal use across different sectors and competitive pricing make it an excellent choice for almost any kind of circuit design.

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