H859RBDA

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Through Hole Resistors are commonly used in many fields, but in the H859RBDA application field, they provide specific advantages. Depending on the specific application, different types or features of Through Hole Resistors can be chosen to improve the efficiency of the system.

As a Through Hole Resistor, the H859RBDA offers some advantages over other Resistors such as higher power ratings or increased robustness. The H859RBDA is designed for applications that require high current and voltage. It is composed of a Precision Metal Film element surrounded by an epoxy filled ceramic package. This combination of ceramic and metal allows the H859RBDA to better dissipate heat, so it can handle currents as high as 2.5A. Additionally, its high voltage rating of up to 1.3kV makes it suitable for demanding applications such as generators.

The working principle of the H859RBDA relies on simple Ohm\'s Law. Under normal circumstances, it will offer a very consistent resistance, usually within 0.05% tolerance. The resistance of the H859RBDA does not change significantly as the temperature changes, remaining consistent from -55°C to 175°C. Its high stability makes it a preferred component in many applications that require highly precise working.

The H859RBDA has a very high thermal time constant which makes it best suited for applications that will experience slow and steady changes in temperature. This also increases the accuracy of its temperature coefficient. Additionally, its superior vibration and shock resistance make it a versatile choice for applications that are subject to harsh conditions. The H859RBDA also features a high insulation resistance, which makes it suitable in circuits that involve high voltage.

The H859RBDA is a relatively uncommon Through Hole Resistor, but offers many advantages in its application field. It is composed of a metal film Precision Resistor element, which is surrounded by an epoxy filled ceramics package. This special design allows it to withstand high currents, high temperatures, and wide temperature change without compromising its performance. Its working principle is based on Ohm\'s law and its resistance remains consistent as the temperature varies. Additionally, it provides superior vibration and shock resistance, along with its insulation resistance, making it suitable for many fields and applications.

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