LTO150F220R0JTE3

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Through hole resistors are used for electronic applications such as power controllers, regulators, signal or voltage inverters, and sensors. The LTO150F220R0JTE3 resistor is part of this family of components and is extremely popular in a variety of application fields.

This resistor is made up of a high-powered ceramic substrate, enabling very low resistances. It is surface mountable and features a wide range of different resistances which can be chosen from for different applications. The resistor also has a wide range of different temperature coefficients.

Due to its versatile characteristics, the LTO150F220R0JTE3 resistor is used in a wide range of applications. These include anything which requires low resistances being achieved, and any application which has to operate at very high temperatures. Examples of such application fields include consumer electronics, automobiles, and military and aerospace equipment.

The resistor works on the principle of using high-power ceramic substrates and modifying the resistance in the desired application. This is achieved by varying the thickness of the substrate. Thinner substrates create lower resistances, whilst thicker substrates create higher resistances.

The LTO150F220R0JTE3 resistor also has a wide range of different material characteristics which mean that it can be used in a range of different environmental conditions. For example, it is flame retardant, has a temperature range from -55°C to 175°C and is resistant to many chemicals and liquids.

This resistor is able to maintain stability across a wide range of thermal environments, meaning it is suitable for use in a range of different outdoor environments. The resistor also features good tolerance characteristics, meaning that it will remain accurate across a range of different conditions.

The LTO150F220R0JTE3 resistor is an invaluable component for electronic applications, especially those which need to operate in high-temperature and harsh environmental conditions. The resistor is able to achieve very low resistances and has an extremely wide range of temperatures it can operate in. This makes it an ideal resistor for use in a wide range of applications.

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