RN55E3441BRE6

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Through Hole Resistors or axial lead resistors are resistors that have terminals on both sides of a body. They are most commonly constructed from carbon and ceramic materials. An example of such a component is the RN55E3441BRE6.RN55E3441BRE6 is a through hole resistor with operating temperature range from -55 to 150 °C. It has an axial lead with a termination style of standard plate. It features high accuracy, high stability, and a fast response time. The resistance value of this component is 4.6 Ω and the rated dissipation power is 0.035 W.The RN55E3441BRE6 is used mainly in circuit design to control and limit current. It can be used in various circuit designs such as voltage dividers, resistors in parallel, and RC circuits. It is also used in applications that require high voltage and high current, such as power supplies and motor controllers. In addition, it is also used in automotive and medical applications.As for the working principle of RN55E3441BRE6, it works by creating a circuit with a fixed resistance between the two terminals. When current flows through the circuit, the RN55E3441BRE6 generates a voltage drop that is equal to the product of its resistance and the current. This voltage drop eventually reduces the current and maintains a safe level, thus limiting and controlling the amount of current flowing through the circuit.Moreover, the RN55E3441BRE6 has a wide range of operating temperature, which makes it suitable for use in both hot and cold environment. Its fast response time and high accuracy make it especially useful in precision circuit designs. Additionally, the component offers high stability and low noise, and is known for long-term reliability and high resistance to temperature variations.In conclusion, RN55E3441BRE6 is a versatile through hole resistor that is suitable for various applications. Its high precision and stability make it suitable for use in precision circuits such as voltage dividers and RC circuits, while its high resistance to temperature variations makes it suitable for harsh environments. Finally, its fast response time and low noise make it preferable in applications that require high current and high voltage.

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