RN65D1130FBSL

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Through Hole Resistors, such as the RN65D1130FBSL, are essential components in many electronic devices. They play an important role in regulating the flow of electricity within a circuit and preventing damage to other components. In this article, we will discuss the application field and working principle of the RN65D1130FBSL through hole resistor.

The RN65D1130FBSL is a low power, high precision through hole resistor. It’s designed to operate in a wide temperature range (-55°C to +125°C) and is highly resistant to thermal shock. It is commonly used in automotive applications, audio amplifiers, voltage regulators, and various types of military and aerospace equipment.

The RN65D1130FBSL utilizes a metal-oxide film as its resistive element. This element is formed by sandwiching a layer of metal between two layers of oxide. The resistive element of the RN65D1130FBSL is carefully selected for its low temperature coefficient and high accuracy. The resistor is then sealed within an insulating epoxy resin compound to protect it from the environment.

The working principle behind the RN65D1130FBSL is simple. When an electric current passes through the resistor, the resistive element conducts a small amount of energy from the current, while the rest of the energy passes through the resistor unaltered. This resistance translates into a voltage drop across the resistor, which can be expressed as Ohm’s Law (V = IR).

The RN65D1130FBSL also features a built-in thermal fuse which will disconnect the resistor from the circuit if it exceeds a certain temperature or current level. This helps to prevent damage to other components in the circuit, as well as providing over-temperature protection. The resistor is also designed to be reversed-polarity proof, which prevents it from becoming damaged when used in an incorrect circuit.

In conclusion, the RN65F1130FBSL through hole resistor is a versatile and reliable component. With its low power consumption, wide temperature range, and robust design, it’s an ideal choice for a variety of automotive, audio, and military applications. Its simple yet effective working principle makes it a safe and reliable choice for any circuit design.

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