RLR07C9R53FMRSL

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Through Hole Resistors are one of the most used electronic components. The RLR07C9R53FMRSL is one type of through hole resistor developed for outstanding performance and high reliability applications. It offers excellent power dissipation, longterm stability, and improved protection from external noises.

The RLR07C9R53FMRSL is made of ceramic-based substrate material with a nickel-plated finish. It has a high-power dissipation rating of 3 Watts at high temperatures and can withstand voltages up to 600VAC. The resistor is also highly temperature-stable, with a temperature coefficient of less than 200 ppm/°C. This makes the RLR07C9R53FMRSL a great choice for high power applications.

The RLR07C9R53FMRSL is suitable for use in both commercial and industrial applications. Its robust construction makes it capable of withstanding vibration and shock. It\'s a great choice for applications where a dependable and long-term component is needed, such as in medical and military applications.

The RLR07C9R53FMRSL is a non-inductive type with a 4-band color coding. The color bands indicate the resistor value, and its tolerance is ±5%. This makes it easy to identify the resistor value when it is used in a circuit board. The resistor\'s 4-band coding also makes it easy to recalculate the resistor value if the resistor is replaced.

The working principle of the RLR07C9R53FMRSL is relatively straightforward. The component acts as an electric current limiter. It limits the current that runs through the resistor based on the value set by the engineer. The resistor\'s ability to limit current is based on the material used in its construction - any increase in temperature causes the material to react, limiting the current flow.

The RLR07C9R53FMRSL is a reliable and robust component that is ideal for high-power applications. It offers excellent power dissipation and longterm stability. It is also highly temperature-stable, with a tolerance of ±5%. It is suitable for use in both commercial and industrial applications, making it a great choice for applications where a dependable and long-term component is needed.

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