MFR200DBE73-464R

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Through Hole Resistors, or THR, are a type of resistor that is widely used in electronic circuit design and construction today. This type of resistor is typically found in two different types – either as an individual component or as a package of resistors in one package with a variety of different types of resistors. MFR200DBE73-464R is one of the most common THR resistors and found in electronic circuit construction and electronic projects. Understanding the application field and working principle of MFR200DBE73-464R THR Resistor is essential to ensure successful circuit operation.

The application field of MFR200DBE73-464R THR Resistor is mainly used in electronic circuits that require precision control of current or voltage. This type of resistor provides a stable environment for circuit operation in comparison to other resistor types. The ability to precisely control the current and voltage levels helps in producing parts to exact specifications. This particular THR resistor is used for situations where there is an extremely low power requirement and where the device is required to be extremely stable.

As for the working principle of the THR Resistor, it works by introducing resistance into the circuit. The principle behind a THR Resistor is quite simple. When electrical current traverses through the resistor, it is forced to lose energy in its path and dissipate the energy as heat. This process of energy dissipation is known as “Ohm’s Law” and it states that “The current through a resistor is proportional to the voltage applied to it”.

Since THR Resistors come in a variety of different types, the parameters which determine their resistance vary slightly from one type to another. Generally speaking, the resistance of the MFR200DBE73-464R THRResistor is controlled by two variables, namely temperature and wattage. Temperature dictates how much wattage is dissipated from the resistor when an electrical current is passed through it. Wattage is the amount of power that is consumed by the resistor.

One of the most important features of the MFR200DBE73-464R THR Resistor is its ability to accurately maintain the voltage level within a certain tolerance. This resistor is able to provide a high degree of accuracy in terms of maintaining the voltage level and avoiding voltage spikes. It is also able to operate in a wide range of temperatures without being damaged. This makes it ideal for applications which require high accuracy and reliability.

In addition, this particular THR Resistor provides excellent thermal stability. This is due to the fact that its temperature coefficient of resistance is very low. This means that the resistor can maintain its resistance level even under intense thermal conditions. This temperature coefficient also ensures that the resistor does not experience any changes in its resistance value as the temperature of the environment changes. As such, it can be used in applications where the environment may change over time.

The MFR200DBE73-464R THR Resistor is also highly reliable and durable. It is able to withstand mechanical shocks and withstand environmental components such as humidity and dust. This makes it an ideal choice for applications in which the resistor needs to be able to survive harsh environments.

In conclusion, it is clear that the MFR200DBE73-464R THR Resistor is an extremely versatile and reliable component which can be used for a variety of applications. It is able to offer excellent thermal stability and accuracy while also operating reliably and efficiently in harsh environments. Furthermore, its durability and reliability make it a great choice for any electronic circuit projects needing precision control of current or voltage.

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