RN65E1502FBSL

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Through-hole resistors are electrical components that allow current in a circuit to flow in a limited or controlled manner. These components come in a wide range of sizes and shapes and offer superior durability over the more popular surface-mount resistors. RN65E1502FBSL is one of the widely used through-hole resistors. This article will explain the application field and working principle of RN65E1502FBSL.

RN65E1502FBSL is a through-hole resistor made of a resistive element and leads. It has a nominal power rating of 1/4W (0.25W) and is available in various resistance values from 10Ω to 1MΩ. The body material of the RN65E1502FBSL is made of a special epoxy resin that is highly resistant to wear and tear. The resistor is enclosed in a metal case around the element to prevent it from coming into contact with other components in the circuit. This resistor has a wide tolerance rating which can vary from ±5% to ±20%.

RN65E1502FBSL through-hole resistors are widely used in various applications such as portable devices, automotive circuits, power supplies and industrial control systems. The resistor is extremely reliable and offers superior temperature coefficient characteristics than other types of resistors. The resistor also offers greater stability over time and is able to withstand temperatures up to 125°C. The resistor is available in lead-free version as well.

The working principle of an RN65E1502FBSL through-hole resistor is based on the fact that every material has a resistivity property which limits the flow of current through it. The resistive element in the resistor is constructed so as to have a certain amount of resistance in the circuit. This is done by winding the element into a spiral with a specific amount of insulation between the layers. The resistance depends upon the amount of insulation and the number of layers in the element.

The leads of the RN65E1502FBSL are connected to two terminals at either end of the resistive element. When a current is applied to this element, it will cause the electrons to be poured over the resistive element. This will in turn reduce the current flowing through the element resulting in a resistance. The resistance of the resistor can be adjusted by changing the number of layers in the element or by using different types of insulation material between the layers.

In conclusion, the RN65E1502FBSL through-hole resistor is widely used in many applications due to its high performance and reliability. It is a cost-effective solution and offers superior tolerance characteristics as well as excellent temperature coefficient. The working principle of this resistor is based on the fact that materials have a resistive property that helps in limiting the current flow. The resistor is designed with a specific amount of resistance in order to provide a certain amount of current flow in the circuit.

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