RN65E3483FBSL

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Through Hole Resistors are used to reduce or limit electrical current in all kinds of electronic circuits and systems, and are the most common type of resistor in use today. In this article we will be discussing one particular type of Through Hole Resistor, the RN65E3483FBSL.

In terms of application, the RN65E3483FBSL is particularly well suited to automotive applications such as circuit protection, current limiting, and voltage dividing. It is also very reliable and can be used in high power circuits due to its high power dissipation capability. The RN65E3483FBSL is commonly used in DC motors, audio and video equipment, solar cells, uninterruptible power supplies, and other high-performance applications that require temperature stability and accurate current limiting.

In terms of working principle, the RN65E3483FBSL operates similarly to most other Through Hole Resistors. It works by limiting the amount of current that can flow through the resistor. The RN65E3483FBSL has a very low voltage rating, so it is important to be aware of its limits when designing circuits that require it. Additionally, the resistor has a fairly high power dissipation, so it is important to provide adequate cooling for it in order to prevent it from becoming too hot and failing.

The RN65E3483FBSL also has a few unique features that are not typically found in other Through Hole Resistors, such as a low-temperature coefficient, temperature compensation, and a defeatable thermal shutdown feature. The low-temperature coefficient eliminates any potential issues that may arise from thermal drift, meaning that it is better suited to applications where precise current levels need to be maintained. The temperature compensation feature is also helpful for applications that require a very consistent current level.

In conclusion, the RN65E3483FBSL is a highly reliable Through Hole Resistor that is suitable for automotive applications such as circuit protection, current limiting, and voltage dividing. It is particularly well-suited to high-performance applications that require precise current limiting and temperature stability. Additionally, it is equipped with several unique features that make it easier to get the desired performance out of a circuit, such as its low-temperature coefficient and defeatable thermal shutdown feature.

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