L25J3K0E

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Chassis Mount Resistors, also known as Resistor Mounts, are commonly used components in many different types of electronic products. These chassis-mounted resistors provide electrical isolation between the different parts of a circuit in order to protect it against electrical interference or shock. The resistors are also used to control the flow of electrical current within a circuit and can be used as variable resistors to adjust levels of voltage and current.

The L25J3K0E is an example of a chassis-mounted resistor. The L25J3K0E is a radial type resistor which contains an enclosed metal sleeve that surrounds the resistor body. The metal sleeve also provides the necessary electrical isolation from ground. The resistor body has four terminal pins that form the electrical contact points for the resistor. The four contact points are arranged in a pin configuration, which corresponds to a standard four-pin package. The four contact points are typically used in the application of power supply or signal transmission.

The L25J3K0E is a small-signal, low-power, current resistor. The resistor has a maximum voltage rating of 125 Volts and a maximum current rating of 2mA. The resistor\'s resistance range is between 10kΩ and 50kΩ. The electrical characteristics of the resistor depend on the resistance range and the package size. These characteristics include transient thermal resistance, breakdown voltage, and power dissipation characteristics.

The resistance value of the L25J3K0E is determined by the package type, the pin configuration, and the applied voltage. The regulation of the voltage and the transient thermal response of the resistor are also determined by the applied voltage. The operation of the resistor is usually affected by external electromagnetic fields in the vicinity of the resistor. Therefore, for optimum performance, the resistor should be installed in an application area that is free from other sources of field interference. The resistor is also sensitive to temperature and should be kept cool in order to maximize its reliable operation.

The working principle of the L25J3K0E is to produce electrical resistance with current flow. When voltage is applied to the resistor, the current in the circuit gets reduced. This reduction in current is due to the resistance created within the resistor. This allows the resistor to maintain the current level and provide voltage regulation within the circuit. The higher the voltage, the higher the resistance and the lower the current.

The application area of the L25J3K0E includes switchboards, industrial computers, and automotive applications. The resistor can be used in single-phase and multi-phase systems as well as low-amperage outlets. The resistors can also be used to control the level of current within a circuit and can be used to protect the circuit from overvoltage and current surges. Because the resistor is small in size and requires a low power consumption, it is possible to install it anywhere into an electrical wiring system.

In summary, the L25J3K0E is a small-signal, low-power, current resistor. It is a radial-type resistor which has four terminal pins and provides electrical isolation from ground. The resistance value of the resistor is determined by the resistance value, the package type, and the applied voltage. The resistor is used to control the flow of current in various applications and provides voltage regulation with current protection. It is ideal for switchboards, industrial computers, and automotive applications where a small, low power resistor is needed.

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