L175J30KE

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Chassis Mount Resistors are a type of resistor designed to be mounted to components on a circuit board or chassis. The L175J30KE is a flange mount resistor designed to be used in high-temperature applications and is characterized by high precision and high power dissipation. This component is used in a wide range of applications such as automotive, industrial, and aerospace.

The L175J30KE has a special feature of high-temperature resistance. It can withstand temperatures up to 175ºC (347°F). This makes it a great choice for heat-generating applications such as power electronics, motors, and other high-power applications. The resistor also has a low ESR (Equivalent Series Resistance) which reduces losses through the resistor and improves overall system efficiency.

The L175J30KE is made using metal oxide film technology which gives it long-term reliability and excellent high-temperature performance. It has a maximum wattage of 30W and a maximum working voltage of 100V. It is also rated for low inductance which helps to reduce ringing and electromagnetic interference due to internal current flow.

In terms of its working principle, the L175J30KE works similarly to other resistors. It is an electrical component that creates opposition to current flow by reducing the voltage across a circuit. This is done by introducing resistance to the current, limiting the amount of voltage that can be achieved. This is essential for maintaining circuit integrity and stability.

Another key effect of resistance is to reduce power dissipation due to loss in current. Hence, resistors are used to reduce the power used in some electrical systems or to make sure that no component within the circuit can receive too much current and get damaged. The L175J30KE, with its low ESR and high power dissipation, helps to ensure that the circuit is safe from overcurrents.

The L175J30KE can be leveraged in a variety of areas including automobiles, motors, power converters, avionics, and more. It is a superior flange mount resistor because of its temperature resistance, low ESR, and maximum working voltage. It is a great choice for reliable operation over long periods of time in high temperatures.

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