OK3935E-R52

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Through Hole Resistors are widely used in electronics and electrical engineering to provide an array of non-linear and linear resistors to the circuits. The OK3935E-R52 is one of the resistors used in this field and offers several advantages. This article will talk about the application field of the OK3935E-R52 and will also talk about its working principle.

Application Field

The OK3935E-R52 is a through hole resistor used in electrical and electronic circuits to control current flow. It is a high-performance resistor capable of supporting up to 1.0 amp and 0.25 watt continuous power. It is made from a special alloy that is resistant to temperature fluctuations and has a temperature coefficient of approximately 0.05%. The OK3935E-R52 offers precise voltage control and superior accuracy. This resistor is perfect for applications where precise voltage control and accuracy are important such as test and measurement systems, motor control circuits, medical imaging systems, automotive systems, and power supplies.

Working Principle

The OK3935E-R52 works by using an oxide-coated, nichrome wire to create electrical resistance. When electrical current passes through the wire, the electrons interact with the oxide coating, which creates a small amount of resistance. This resistance increases with the amount of current passing through the wire, thus creating a voltage drop across the resistor. The amount of resistance (and voltage drop) depends on the diameter of the wire, the length of the wire, and the type of material used to create the wire. The OK3935E-R52 is constructed with a special alloy that is highly resistant to temperature fluctuations, which helps to ensure accuracy and reliability in any application requiring precise voltage control.

The OK3935E-R52 is a versatile resistor that can be used in a variety of applications. It is highly resistant to temperature fluctuations, making it the perfect choice for applications that require precision and accuracy. This resistor is perfect for use in test and measurement systems, motor control circuits, medical imaging systems, automotive systems, and power supplies. It can handle up to 1.0 amp and 0.25 watt of continuous power, making it an ideal choice for demanding applications.

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