RN55D6492FB14

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Through Hole Resistors are common components used in a range of circuit boards and applications. The RN55D6492FB14 is a 10 kΩ maximum resistance surface mount resistor with both positive and negative temperature coefficient values. It offers improved performance in both high temperature and high humidity applications.

Application Field

The RN55D6492FB14 is a general-purpose resistor that is used in a wide range of electronic circuits. Used as a part of an amplification circuit, this resistor is often used to provide a stable and precise signal input. It can also be used to create a voltage divider, a circuit which is used in AC voltage and current measurements.

This resistor is commonly used in high temperature environments such as medical, fire alarm systems, and automobiles. It is also used in military applications such as lasers and missile guidance due to its high temperature performance.

The RN55D6492FB14 is found in a wide variety of consumer electronics applications ranging from laptop computers to digital cameras. It is commonly used as a temperature monitor and/or current limiter in order to protect electronic components from damage.

Working Principle

The basic principle of operation of the RN55D6492FB14 is that the resistance is determined by the environment it is placed in. It works by having two different temperature coefficient values. One value is positive and determines resistance when temperatures are increasing while the other is negative and determines resistance when temperatures are decreasing. This allows the resistor to remain functioning at all temperatures.

The resistor utilizes metal-oxide film technology which gives it the ability to maintain high accuracy over a wide temperature range. This technology also allows it to provide improved long term stability which helps the resistor remain accurately calibrated for long periods of time. It is also able to withstand harsh conditions, which makes it ideal for durability in harsh environments.

The RN55D6492FB14 is a robust component that is designed to withstand high temperatures and high humidity with minimal changes to its resistance. It is an excellent choice for temperature compensation and current limit applications.

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