BDS2A10015RK

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Chassis Mount Resistors are used to dissipate heat in electronic equipment. The most common application for the BDS2A10015RK is to reduce the voltage and current supplied to a component. By dissipating the excess energy, the component is protected from over-heating and damage. The application field of this particular resistor is in the industrial type applications where heat is not able to escape easily and where high current is desired.

The working principle of the BDS2A10015RK involves the use of two resistors connected in series. This series configuration ensures the voltage is reduced proportionally to the current supplied. The resistor is designed to absorb the excess voltage and dissipate the energy in the form of heat. This heat dissipation is usually achieved through the use of a heat sink or fan. The resistor then becomes a power limiting device that protects the component from overloads.

The BDS2A10015RK is designed to work in extreme environments. The overall construction of the resistor is strong and durable, which offers protection from the elements. It is able to withstand temperatures ranging from -55°C to +125°C. This makes it suitable for use in a variety of harsh environments, such as those found in the military, automotive, and aviation applications.

The BDS2A10015RK is also designed to be simple to install and adjust. The resistor is fitted with a variety of preset value ranges, allowing the user to tailor the resistor to suit their application. This adjustability makes the BDS2A10015RK an ideal solution for power regulation tasks. To ensure safety, the resistor also has a built-in auto-reset mechanism that will limit the energy output in the event of an overcurrent situation.

The BDS2A10015RK\'s versatility and ability to work in extreme conditions make it a popular choice for a wide range of applications within the industrial, automotive, military, and aviation fields. Its highly adjustable design ensures it meets the power requirements of a variety of components and its strong construction allows it to be used in harsh and hazardous environments. This makes it an ideal component for a multitude of applications.

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