KNP100JR-52-7R5

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Through Hole Resistors are components that limit electric conductance in both electronic components and in circuits. They come in a variety of styles, sizes, shapes, voltages and resistances, but always consist of two terminals for connection with other components and circuits. Among the most common type is the KNP100JR-52-7R5 through hole resistor. This article will cover the application field and working principle of this type of resistor.

The KNP100JR-52-7R5 is a high precision through hole resistor, usually made from a cylindrical ceramic body which has a resistor element in the form of a strip or film of materials such as codeline and nickel-chromium mounted inside. The shape and size of the resistor are designed to target specific application requirements. They are generally used in DC circuits and are ideal for use in stable DC voltage circuits, allowing for a consistent and reliable current flow. They are also suited for applications with extra high stability and for long-term measurement accuracy.

The construction of the KNP100JR-52-7R5 resistor consists of a cylindrical body that typically has two trimming slots with a resistor element mounted inside. The transistor element is usually made of either a codeline alloy or a nickel-chromium (NiCr) alloy. Codeline is a Nickel-chrome alloy that provides high precision and high stability and is suitable for both high temperature and high current applications. Nickel-chromium (NiCr) is often used for low temperature and high precision applications, as it has the ability to maintain a linear resistive value in wide temperature and current ranges.

The working principle of the KNP100JR-52-7R5 through hole resistor is based on the principle of Ohm\'s law, which states that the ratio of the voltage applied to a resistor to the current that passes through it is a constant. This constant is known as resistance. The resistance of the KNP100JR-52-7R5 is usually fixed and is programmed into the resistor element during the manufacturing process. The voltage applied to the resistor is then converted to a current, which is then passed through the resistor.

The resistance of the KNP100JR-52-7R5 is usually designed in the range of 0.1Ω to 5KΩ. This high precision range allows for a consistent current through the resistor, which makes it ideal for precision DC voltage circuits. The KNP100JR-52-7R5 is also well suited for applications that require extra high stability and long-term accuracy. The KNP100JR-52-7R5 is commonly used in industrial, automotive, aviation, telecommunication, and medical device industries.

The KNP100JR-52-7R5 through hole resistor is an ideal choice for high precision applications due to its high accuracy and wide range of resistances. It is also well suited for long-term accuracy in applications that require a consistent current flow and extra high stability. The KNP100JR-52-7R5 is often used in the industrial, automotive, aviation, telecommunication, and medical device industries due to its wide range of applications, high precision, and long-term accuracy.

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