OK1305E-R52

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Through Hole Resistors are one of the most common components in both digital and analog electrical designs. In recent years, a new type of high-power Through Hole Resistor, the OK1305E-R52 has come onto the market, offering several advantages over other components of its kind. This article will discuss the application field of OK1305E-R52 and its working principle in detail.

1. Application Field of OK1305E-R52

OK1305E-R52 is a relatively new type of Through Hole Resistor, designed for high-power electrical designs. It has several advantages over other resistors of its kind, including higher temperature tolerance and improved vibration resistance. As a result, OK1305E-R52 is often used in environments where other resistors may not be suitable. In particular, it is well-suited for applications that involve high temperatures, high voltage, and/or high currents.

The OK1305E-R52 is commonly used in power supplies, high-precision control systems, RF circuits, Avionics and aerospace systems, microwave frequency control devices, and various other high-power electric designs. In addition, OK1305E-R52 can also be used as a replacement for other types of resistors that are no longer available or have become obsolete.

2. Working Principle of OK1305E-R52

OK1305E-R52 is an inductive Through Hole Resistor, meaning that it generates heat when current is applied through it. The amount of heat generated depends on the current applied, the time for which the current is applied, and the frequency of the current. The generated heat then dissipates through the resistor body to its environment.

The OK1305E-R52 has a built-in temperature detection system with a set limit. If the temperature reaches the set limit, an internal resistor provides feedback, causing the current to decrease. This current reduction prevents the resistor from getting too hot and thus burning out.

The OK1305E-R52 also offers more accuracy than other types of resistors. This improved accuracy comes from its ability to resist variations in temperature, voltage, and current. As a result, OK1305E-R52 is often used in high-precision control systems, where accurate readings are essential.

Conclusion

The OK1305E-R52 is an innovative Through Hole Resistor, designed for high-power electric designs. It has several advantages over other resistors, including higher temperature tolerance and improved vibration resistance. The OK1305E-R52 is mainly used in power supplies, high-precision control systems, RF circuits, Avionics and aerospace systems, microwave frequency control devices, and other high-power electric designs. Its working principle is based upon heat dissipation and temperature detection, with a built-in temperature limit to prevent burning out. Finally, its improved accuracy allows it to be used in high-precision control systems, where accurate readings are essential.

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