H415K4DYA

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Through Hole Resistors come in the form of a fixed-profile or non-circular element with a metal element that can act as a large electric resistor or can act as a safety element. The H415K4DYA is a fixed-profile, through hole resistors that are ideal for a wide range of elements in low-power applications.

Application Field

The H415K4DYA resistor is an excellent choice for a variety of applications requiring low-power resistors. Its advanced construction and shape provide high-reliability performance in areas such as medical equipment, telecommunications equipment, aviation and space applications, where resistors are usually employed in panel-mounted and shelf-mounted resistors. It can be used as a power resistor, a decoupling resistor, or a DC-offset resistor.

The H415K4DYA is also commonly used in consumer products and industrial equipment that requires low-power solutions. This includes small household appliances, audio systems, automotive and computer products. Its large metal surface area provides good mechanical stability and allows for improved thermal performance.

Working Principle

The working principle of H415K4DYA through hole resistors involves the metal element inside the element being heated or cooled by a current. When the current passes through the element, heat is generated due to the resistance of the element. The resulting heat is transferred to the surface of the resistor, providing a cooling effect.

The heating and cooling of the element cause a change in the resistance of the element. As the temperature changes, the resistance of the element changes as well. This allows the element to be used as a voltage divider or as a current limiting resistor. The current through the element is proportional to the voltage across the resistor.

The H415K4DYA is designed with a small-space construction that allows for low-profile installation. Its construction also allows for improved thermal performance, as the metal element provides better dissipation of heat than standard resistors. Its construction also minimizes internal inductance and capacitance, making it ideal for high frequency and high power applications.

These through hole resistors can also be used in high-accuracy applications, as their precise resistance value and low-temperature coefficient of resistance create a highly reliable, accurate device. The shape of the element also allows for improved thermal performance, meaning that these resistors can withstand higher power requirements without breaking down.

The H415K4DYA is an ideal element for through hole resistors in a wide range of applications. Its fixed-profile construction, low power consumption, and high thermal performance make it a great choice for medical equipment, telecommunication equipment, consumer products, and industrial equipment that requires low-power solutions.

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