H85K49BYA

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Through Hole Resistors are resistors with fixed values that are used to regulate current flow in an electronic circuit. The H85K49BYA is one such resistor and is designed for through hole mounting. This resistor is typically found in a wide range of electronic circuits, such as in computers and other consumer electronics products. Let’s explore the application fields and working principle of this resistor in greater detail.

The H85K49BYA resistor is a current sharing device. This means that it is designed to evenly divide a current that is inputted into it. This is especially useful when designing current limiting circuits or voltage regulating circuits, as it can help to minimize the amount of current being sent through a given circuit. Furthermore, this type of resistor is also widely used in over-voltage protection circuits, electrical power conditioning circuits, and noise suppression circuits.

The H85K49BYA resistor is rated at an acceptable power capacity of up to 0.5 watts. This rating is significantly higher than most other through-hole resistors of similar construction, so it can be used in a wide variety of applications. Another remarkable feature of this device is its low temperature coefficient of variance (TCV), which ensures that this resistor is able to maintain its resistance values reliably even in harsh temperatures.

Finally, the H85K49BYA through-hole resistor is also notable for its high resistance tolerance rate. This resistance tolerance rate is typically within a range of 0.3%, with a maximum peak-to-peak tolerance rate of 0.7%. This allows this device to regulate current extremely precisely with minimal variance. This tolerance rate is one of the key reasons why this resistor is used so often in high-power applications.

To summarize, the H85K49BYA through-hole resistor is a device that is designed for use in high-power applications. It uses a current-sharing design to regulate current flow through an electrical circuit more efficiently. This device is also notable for its high power capacity rating and low temperature coefficient of variance, as well as its high resistance tolerance rate. As a result, it is often used in a wide range of different electronic circuits and is highly valued by engineers for its reliability and performance.

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