OL3605E-R52

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Through Hole Resistors are used in a wide range of applications, and the OL3605E-R52 is no exception. This resistor is designed for more high-end applications such as military, aerospace, medical, and industrial applications. It provides superior signal quality and accuracy while also being able to handle very high temperatures with minimal power losses. In addition, it is designed to be extremely reliable and has extremely short installation and service times.

The OL3605E-R52 is a through-hole resistor that is constructed using a bimetal rod, 4 stainless steel contact fingers, and a glass-filled epoxy. The bimetal rod provides excellent thermal conduction, while the glass-filled epoxy provides stability in harsh climates. The four stainless steel contact fingers are designed to be corrosion resistant and elastic, ensuring reliable electrical connections. The resistor also features a built-in heat sink to aid in heat dissipation.

The OL3605E-R52 resistor\'s working principle is relatively simple. An electrical current passes through the resistor, and the current encounters a resistor material. This resists a portion of the current, while allowing the remaining current to continue on to its destination. This resistance leads to a conversion of electrical energy into thermal energy, which is removed with the help of the thermal conduction material and the heat sink.

The OL3605E-R52 can be used for many different applications, including power and energy management systems, automotive applications, and military and aerospace applications. In these applications, the resistor is used to control the flow of electrical current, providing precise voltage and current control. It can also be used for precision measurement applications, where it can be used in combination with other components to provide precise measurements.

The OL3605E-R52 is an excellent choice for those looking for reliable and accurate through-hole resistors for use in a variety of applications. With its combination of superior signal quality and thermal conduction capabilities, it is an ideal choice for high-end applications. It is also relatively easy to install and use, making it an attractive option for a wide range of applications.

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