TE500B22RJ

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Chassis Mount Resistors are useful components for many applications. The TE500B22RJ is no exception. It’s used in a variety of applications for resistance purposes, and its working principle is fairly simple. Let’s take a closer look at the TE500B22RJ, and what it is used for, and how it works.

What is the TE500B22RJ?

The TE500B22RJ is a chassis-mount resistor. This type of component is a two-terminal resistor that is mounted on a chassis or panel. It is commonly used for electrical and electronic applications that are affected by winding voltage drop, such as power supplies and telephone exchange systems. This type of resistor is also used in motor controls, relays, and various other circuit protection devices.

The TE500B22RJ is constructed from a ceramic body, with a glass-filled polyester wrap. It is rated up to 500 watts, and is resistant to temperatures up to 155 degrees Celsius. The TE500B22RJ is a non-inductive resistor, meaning that it will not accumulate any stray electrical fields that could disrupt the proper functioning of a circuit. This makes it well-suited for use in power supplies and other high-voltage applications.

What Are the TE500B22RJ’s Applications?

The TE500B22RJ is primarily used in power supplies and telephone exchange systems. It is also used for motor controls, relays, and other circuit protection devices. These components are most often used when a circuit needs to dissipate a specific amount of energy without creating a large voltage drop. The ceramic body also prevents overheating of the resistor, so it can be used in high-temperature applications as well.

In addition to power supplies and motor controls, the TE500B22RJ is also used in audio systems for its low-frequency noise reduction ability. This reduces interference and improves sound quality. This makes it an ideal choice for many sound systems. It is also used in spotlights, which need to maintain high wattage power levels, even when under the strain of high temperatures.

What is the Working Principle of the TE500B22RJ?

The working principle of the TE500B22RJ is very simple. It utilizes the ohmic principle, which states that current increases as voltage increases, and vice versa. This means that a TE500B22RJ is designed to dissipate a specific amount of energy without creating a large voltage drop. It does this by varying the size of the resistor in order to increase its temperature coefficient. To put it simply, this allows the resistor to “self-regulate” its temperature.

This ability to “self-regulate” is what makes the TE500B22RJ an ideal choice for many applications. The ceramic body helps keep the resistor temperature low enough for use in high-temperature applications, while the non-inductive design prevents electrical fields from disrupting the circuit. This makes it great for power supplies, motor controls, and other high-voltage applications.

Conclusion

The TE500B22RJ is a versatile chassis-mount resistor that is suitable for many applications. It is constructed from an insulated ceramic body with an insulating polyester wrap, and is rated up to 500 watts. It is resistant to high temperatures, and can be used in power supplies, motor controls, relays, telephone exchange systems, sound systems, and spotlights. The working principle of the TE500B22RJ is based on the ohmic principle, and it utilizes a temperature coefficient to “self-regulate” the temperature of the resistor.

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