RLR07C2320FRBSL

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Through Hole Resistors are typically used in applications where their resistance needs to be highly stable and accurate. The RLR07C2320FRBSL is a type of Through Hole Resistor, which features stable operation over a wide temperature range and extreme accuracy when compared with other types of resistors.

The RLR07C2320FRBSL offers a wide range of operating temperatures (-55°C to +125°C) which makes it suitable for applications in extreme conditions. Its low temperature coefficient and high tolerance of 0.05% also makes it suitable for many applications where stability is required. Key features include low power dissipation, high circuit stability and high reliablity.

RLR07C2320FRBSL Resistors are primarily used in DC and low frequency AC circuits such as amplifiers where accuracy is an absolute priority. The precision resistors can be used in different applications such as audio and power applications, voltage regulation and signal conditioning, as well as filters and frequency dividers. Additionally, RLR07C2320FRBSL Resistors are also used in the measurement of various electrical parameters, such as current and voltage.

RLR07C2320FRBSL Resistors can be used in a variety of circuits because of multiple packages, designs, and sizes available. The standard design of the resistor means that it can be used in space saving circuit board designs. The resistors are also compatible for use with lead-free soldering processes.

The working principle of the RLR07C2320FRBSL is relatively simple. It is a three terminal resistor designed to pass a specific current when a specific voltage is applied across its terminals. When a voltage is applied across the two outer terminals, a current begins to flow along the path from the negative terminal to the positive terminal. As the current passes through the resistor, it encounters resistance which results in some energy being lost in the form of heat.

The amount of resistance offered by the RLR07C2320FRBSL is determined by its value which is generally marked on its body. As the current flows through the resistor, the amount of current that passes through it is controlled by the amount of voltage applied, as well as the amount of resistance in the resistor. This means that the current passing through the resistor is kept within the predetermined limit.

By using a RLR07C2320FRBSL resistor in a design, designers can be assured that the current passing through the resistor will be kept within the required limit and that the circuit will operate correctly. The resistor also ensures that the circuit will remain stable regardless of operating temperature, providing a reliable and efficient solution.

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