WW12JT3R00

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Through Hole Resistors

WW12JT3R00 application field and working principle can be seen as one of the cornerstone components of electronic circuits. This type of resistors consists of a wire wound around a non-conductive material, producing a precise resistance. Unlike other components of electronic circuits, such as capacitors and transistors, resistors do not rely on the use of semiconductors.

The application fields of WW12JT3R00 through hole resistors lie in their specific characteristics: they can withstand high temperatures, vibrations, and impacts without damage, and have low height, such that they can fit inside slim enclosures. This feature makes them ideal choices for applications such as medical devices, automotive electronics and surface-mount PCBs.

The working principle of WW12JT3R00 is quite simple. When there is an electrical current flowing through them, the electrical energy is converted into heat. The amount of heat generated is proportional to the current. To use them as voltage regulators, the resistance must be adjusted to the required value. This is achieved by winding the wire around a non-conductive material that keeps the same resistance regardless of the temperature.

As mentioned before, WW12JT3R00 through hole resistors are designed to be installed inside slim enclosures with little or no space. To ensure a good connection, they must be securely fixed using special tools. If that is not done correctly, the electrical corrosion can cause a short circuit, which increases the risk of overloading the system and damaging other components.

WW12JT3R00 can also be used as temperature sensors. When the desired temperature is reached, the resistance changes, thus creating an electric signal. This signal can be used to control or monitor various functions, such as the cooling system of an engine.

In conclusion, WW12JT3R00 through hole resistors provide reliable performance in numerous applications, ranging from voltage regulation to temperature sensing. They are also very reliable, as they are resistant to impacts, vibrations and high temperatures.

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