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Through Hole Resistors

The PWR221T-30-5000F is an extremely popular type of through hole resistor. The PWR221T-30-5000F withstands higher power, has a lower self-inductance, and maintains a higher stability. The resistor is a non-inductive, high stability resistor designed for a wide variety of industrial and military applications.

Application Field

The PWR221T-30-5000F has many useful applications. It is a perfect choice for applications in electronic circuits where a reliable, high current, and excellent power is required. The resistor is used in several fields, for example for filtering, linear or switched power supplies, power amplifiers, oscillators, and more. In general, this resistor is suitable for any application which requires high stability, impulse strength, very low inductance, and high current capacity.

Working Principle

The PWR221T-30-5000F operates according to Ohm\'s law, which states that the current flowing through the resistor is proportional to the voltage across it. The resistor is made of a particular type of ceramic material, which has a high resistivity. This ceramic material ensures that the temperature coefficient is kept relatively low, allowing the resistor to maintain its resistance, even when exposed to extreme temperatures.

The main advantage of this through-hole resistor is that it has a high stability, which means that its resistance remains at a constant level. This type of resistor can handle high overloads without any major deterioration, and it has a long service life. Furthermore, it features excellent electrical noise suppression, which reduces interference and harmonics in the electrical circuits.

In summary, the PWR221T-30-5000F through-hole resistor is an excellent choice for various industrial and military applications, where a reliable, high current, and excellent power is required. It has a high stability, which ensures that it maintains its resistance level even when exposed to extreme temperatures. Furthermore, it features excellent electrical noise suppression, which reduces interference and harmonics in the electrical circuits.

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