TAH20P7K50JE

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Through Hole Resistors have been used widely since the 1940s as an electrical component in the field of electronics to regulate current flow in circuits. They consist of two electrical elements connected in series; a resistor, which reduces the amount of electrical energy, and a capacitor that stores electrical energy. The TAH20P7K50JE is an Through Hole Resistor that is used mainly in high-voltage situations or situations where the voltage or current needs to be regulated, such as in a power supply system.

The TAH20P7K50JE is a Through Hole Resistor with a power rating of 7K watts (W). This resistor is used in a variety of applications, such as the wireless motor, amplifier, and variac. It is suitable for high-current applications and can be used for moderate voltage applications. The TAH20P7K50JE can be used for direct current (DC) and alternating current (AC) applications.

The standard configuration of the TAH20P7K50JE includes a ceramic case with a high-grade insulation that is capable of withstanding extreme temperatures. It is also equipped with a window that can be used to monitor the temperature inside the unit. The TAH20P7K50JE is designed to be able to withstand high temperatures, which is why it is suitable for high-temperature applications. The Through Hole Resistor also has a 1KΩ Absolute Tolerance which ensures greater accuracy and stability of the unit.

The TAH20P7K50JE is also equipped with a fusible resistor that can be used to protect the unit from overcurrent and any other electrical problems. The fusible resistor works by interrupting the current flow when it exceeds the rated wattage. This is an important safety feature that helps to protect the unit from being damaged due to excessive current.

The TAH20P7K50JE is an Through Hole Resistor that is typically used in a variety of situations where the voltage needs to be regulated. It is a durable and reliable unit that is capable of withstanding high temperatures and providing protection from electrical problems. It is important to note that the unit is not suitable for achieving power reductions and it should not be used in situations where such reductions need to be achieved.

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