TE400B150RJ

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Chassis Mount Resistors are an important part of many electronic circuits. Most resistors used in a circuit-board assembly are either surface-mount or through-hole. However, there are applications where surface-mount and through-hole resistors cannot be used, such as high-temperature environments, which require the use of solely chassis-mount resistors. Common chassis mount resistors that are used in such applications include TE400B150RJ.

TE400B150RJ is a resistor with a five-terminal design for direct chassis mounting. It has a low profile, which makes it easy to mount in tight spaces. Additionally, this resistor has a power rating of 4 watts, and a resistance of 150 ohms. It is made of a ceramic substrate, and has a metalized coating on the surface. This metalized coating helps provide an additional layer of protection against short circuits and other electrical issues.

This resistor\'s application field is typically used in circuit designs where high-temperature environments are present. Due to its low profile and robust design, it can also be used in small form projects. Another application area where this resistor is used is in the field of lighting. This resistor can be used to regulate the brightness of lamps and lights, by adjusting the current flow in the circuit.

The working principle of this resistor helps to explain why it is used in high-temperature environments. The resistor works by converting electrical energy into thermal energy, thus producing heat. This thermal energy helps to reduce the current flow and thus allows the circuit to be properly regulated. Additionally, the ceramic substrate helps to absorb additional thermal energy, which helps to ensure that the resistor does not overheat during operation.

Overall, TE400B150RJ is a ideal chassis mount resistor for applications where high-temperature environments are present. Its five-terminal design and low profile make it easy to install, while its ceramic substrate and metalized coating protect it against electrical issues. Additionally, its working principle of converting electrical energy into thermal energy makes it a reliable and practical solution for a variety of applications.

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