RLR07C1000FSB14

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Through Hole Resistors are a common type of electronics component found in a variety of electronics applications. The RLR07C1000FSB14 is a through-hole resistor designed for high precision, low noise electrical components. This resistor is commonly used in applications such as supply voltage stabilization, voltage regulation, power management, signal conditioning, and amplifier DC biasing.

The RLR07C1000FSB14 through-hole resistor consists of a single metal-oxide layer, which is insulated in a cylindrical ceramic enclosure. Inside the enclosure is a set of four metal strips, each with a diameter and spacing that is tailored to the specific value wanted. Each metal strip is separated by a ceramic oxide layer, which provides improved noise performance.

The RLR07C1000FSB14 through-hole resistor is built to deliver a high accuracy in industrial applications and provide a consistent performance in adverse conditions such as extreme temperature and vibration. This resistor is constructed using resistive elements, which cooperate to achieve a precise and stable level of resistance. The ceramic enclosure provides excellent protection against dust and other external particles. Additionally, the resistor package is designed with an integrated heat sink, which helps dissipate the heat generated from the resistor.

The working principle of the RLR07C1000FSB14 through-hole resistor involves the transfer of electric current through a resistive element and the generation of heat due to the resistance of the element. When electric current passes through the resistor, a voltage is developed across the resistor, which is proportional to the current. This voltage is measured in Ohms and is marked on the resistor. The temperature of the resistor will also increase during operation and the heat generated can be dissipated through an integrated heat sink.

The RLR07C1000FSB14 through-hole resistor is an excellent choice when precise and reliable electrical components are needed. It is suitable for a variety of applications such as power management, voltage regulation, and amplifier DC biasing. The resistor is constructed using a high precision ceramic oxide layer, which provides improved performance over standard resistor packages. Additionally, it is designed with an integrated heat sink, which helps reduce the amount of heat generated from the resistor.

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