RLR07C1472FPRE6

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Through Hole Resistors are designed for physical installation and permanent attachment to a PCB board, and RLR07C1472FPRE6 is a resistor in this category with a specific set of features that makes it stand out. This through hole resistor is a current sensing resistor designed for a maximum power rating of up to 7W, and is suitable for use in a variety of industrial applications, such as high-voltage circuits. It has a very low resistance value, making it a great choice for circuits that require precise current control.

The RLR07C1472FPRE6 has an extremely stable temperature coefficient of resistance, which is one of the benefits of using this type of resistor. This means that it can operate effectively under normal operating conditions, as well as when exposed to varying temperatures, humidity and other environmental factors. This also makes it a great choice for use in high power circuits, as it will not have to constantly adjust to the temperature changes. It also has a high overload rating, meaning it is also suitable for use in circuits where high voltages are regularly used.

In addition to its stability and low resistance value, the RLR07C1472FPRE6 also has a relatively low parasitic capacitance. This allows the resistor to be used in any variety of circuits, even if they are running at high frequencies. The low capacitance also means that the resistor is highly resistant to damage caused by voltage spikes.

The working principle behind the operation of the RLR07C1472FPRE6 is based on the concept of current sensing. The resistor element itself has two sides, one being the anode and the other being the cathode. The anode and the cathode are connected to the electrical circuit, and current is passed through the resistor. This current passes through the resistor in an alternating pattern. When the alternating current reaches the anode, a voltage drop occurs that is proportional to the current flowing through the resistor. The current flows through the resistor until it reaches the cathode, at which point the voltage drop stops.

The voltage drop that occurs across the resistor is referred to as the voltage sense. Because of the alternating nature of the current, the voltage sense varies as the current passes through the resistor. This changing voltage can be used to monitor the current passing through the resistor. This allows engineers to make precise adjustments to the electrical circuits and ensure they remain stable.

In addition to voltage sensing, the RLR07C1472FPRE6 also has a built-in safety feature called short-circuit protection. This feature is designed to protect the resistor in the event of a direct short circuit occurring. When this happens, the resistor will automatically reduce the current that passes through it, preventing any potential damage to the resistor itself. This short-circuit protection feature is extremely important for ensuring that the resistor remains safe even when exposed to high currents or voltages.

The RLR07C1472FPRE6 is an excellent choice for use in a variety of circuits. Its low resistance value, stable temperature coefficient, and short-circuit protection all make it an ideal solution for circuits that require precise current control. Furthermore, its low parasitic capacitance allows it to be used even in high-frequency circuits without the risk of damage. With all these features, the RLR07C1472FPRE6 is an ideal resistor for projects requiring high-end current control.

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