H441K2BYA

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Through Hole Resistors

A through-hole resistor is a type of resistor that is used to decrease current and voltage within an electronic circuit. Popular for being inexpensive, easy to use, and having a good environmental tolerance, H441K2BYA resistors are the most common type of resistor and are used for a variety of applications. The H441K2BYA resistor also has a much higher current-handling and power-dissipation ability than other types of resistors.

H441K2BYA Application Field

The H441K2BYA through-hole resistor is a useful choice for sensitive circuits where accuracy is key. It\'s a robust and reliable component, featuring low thermal noise and a high insulation power rating. The H441K2BYA is suitable for applications like product design, amplifiers, oscillators, discrete circuits, linear technology circuits, and aerospace applications.

The H441K2BYA component offers a variety of advantages, including accuracy of ±3%, temperature coefficient of ±25ppm/°C, and working voltage up to 50V. This makes it there is suitable for a range of applications including voltage regulator circuits, filters, amplifiers, active load design, and more.

H441K2BYA Working Principle

The H441K2BYA resistor works by providing electrical resistance in proportion to the applied voltage. The resistor works by introducing a voltage drop across its component terminals. This causes current to be redistributed and results in a reduced voltage, often referred to as voltage-divider. The H441K2BYA resistor works by measuring the potential difference between the two component terminals and providing a voltage drop across the component.

The electrical resistance and power dissipation of a resistor are affected by the materials used in the component structure. H441K2BYA resistors are made up of leaded metal oxide films, ceramic, and other components. The metal oxide films act as resistor elements while the ceramic component helps dissipate heat.

The composition of the H441K2BYA resistor is also important as this helps determine its conductivity, power-handling, and current limits. The resistor also has an insulation power rating that is determined by the thickness of the component walls, ensuring that the resistor is protected against shorts and overvoltages. The voltage handling of the resistor is also improved due to the reinforced walls, enabling it to handle more voltages than many other resistors.

In conclusion, the H441K2BYA resistor is a reliable and robust component that is widely used in a range of applications. Its accurate voltage drop reduces current and voltage within circuits and its robust construction ensures its durability and protection against shorts and overvoltages. The resistor is an affordable and simple way to provide electrical resistance in sensitive circuits, making it the ideal choice for a variety of applications.

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