RLR32C1R00GMRE6

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Through Hole Resistors are an essential component for a variety of electrical engineering and design applications. They are important because they provide resistance to current flow, enabling components to be controlled in circuit designs. Among Through Hole Resistors, RLR32C1R00GMRE6 plays a important role.

RLR32C1R00GMRE6 is a popular Through Hole Resistor for applications requiring higher resistance values and a longer body than conventional axial-lead resistors. It is a 32W, 1R0G, wire-wound resistor with a T2 tolerance rating of ± 5%. It has a body diameter of 5.2mm, and is designed for use in limited-space applications where higher power dissipation is required for heating and other thermal reasons.

In terms of construction, the RLR32C1R00GMRE6 is designed using a ceramic core which acts as a dielectric to provide resistance to the current flow. The core is then encased in epoxy material, and the end of the resistor is soldered onto the circuit board. This arrangement ensures a secure connection, which is essential for the proper functioning of the resistor.

In terms of applications, RLR32C1R00GMRE6 Resistors are used in many applications where higher power dissipation is required. These include high-power surge protection circuits, battery pack protection circuits and power transistors. It can also be used in voltage regulation circuits as a current limiter, and in the control of DC motors used in robotics and automation.

In terms of its working principle, RLR32C1R00GMRE6 is a wire-wound resistor, which means that its resistance is determined by the resistance of the wire wound around its core. The resistance of the wire is determined by the type of material used for the resistor which is usually a ceramic or metal. The higher the heat, the higher the resistance of the wire as it increases the resistance of the winding and thus also increases the total resistance of the resistor.

In terms of performance, RLR32C1R00GMRE6 is reliable and efficient. It operates at temperatures of up to 125°C and has a power dissipation up to 32W. The resistor is also known for its high stability and accuracy, as well as its ability to handle shock and vibration.

Overall, RLR32C1R00GMRE6 is a popular Through Hole Resistor for applications requiring higher resistance values and a longer body than conventional axial-lead resistors. It is used in many applications, from high-power surge protection circuits to battery pack protection circuits and power transistors. It operates at temperatures of up to 125°C, and has a power dissipation up to 32W. In terms of its working principle, it is a wire-wound resistor with a ceramic core which acts as dielectric to provide resistance to the current flow, and is encased in epoxy material.

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