AHA25AFB-0R82

Chassis Mount Resistors are used in the electronics industry to limit the amount of current that passes through a circuit. They are typically packaged in a large number of varieties, such as those with SMD, TO-220 or TO-249 packages, and are classified by their resistance to varying amounts of current. The AHA25AFB-0R82 resistance is designed for electrical circuits that require a precise value of resistance to make the circuit work correctly.

The AHA25AFB-0R82 Chassis Mount Resistor is a high-precision unit; its resistance range is rated up to ± 0.05% tolerance. This precision level is due to the use of bulk metal oxide film substrates, which allows for a more reliable tolerance than other typical constructions such as carbon or metal film resistors. Furthermore, stable performance over time is ensured due to the increased number of resistive layers that the bulk metal oxide substrate provides. The AHA25AFB-0R82\'s temperature coefficient of resistance (TCR) is also very low, which allows for precise performance at a wide variety of temperatures.

The AHA25AFB-0R82 is an excellent choice for various electrical applications. Its low parasitic inductance makes it an appropriate choice for high-speed circuits and on-off switching devices. Due to its self-healing characteristics, it is suitable for use in high-voltage AC applications, such as AC motor control circuits. Its capability of handling high power and high frequencies makes it ideal for RF applications. While this resistor may be costlier than other types, its performance and reliability ensure that cost is justified.

The AHA25AFB-0R82 is also ideal for precision circuit design. Its superior thermal stability provides excellent performance in the most demanding of temperature environments. Its large operating temperature range makes it suitable for most applications. Furthermore, its property of high accuracy ensures that the desired resistance is met under any line voltage.

In short, the AHA25AFB-0R82 Chassis Mount Resistor offers many benefits, including superior reliability, an extremely wide temperature range, low temperatures coefficients and excellent low parasitic inductance. These features make it an ideal component for a broad range of applications in the electronics industry, from precision circuit designs to high-power and high-frequency RF applications.

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