MR102350R00AAE66

Through hole resistors are resistors that possess two axial leads that are required to be soldered on a printed circuit board in order to be connected. The MR102350R00AAE66 is a particular type of through hole resistor that is constructed with a number of features that are able to withstand a variable number of environmental and operational conditions.

Application Field

MR102350R00AAE66 is a type of through hole resistor that possess a number of qualities that enable them to be specifically used in industrial and commercial applications. Most notably, they are designed to handle high-voltage applications that require a larger wattage rating, typically ranging from 0.1W-1W. In addition, the MR102350R00AAE66 also feature a level of temperature and surge currents that surpass most other through hole resistors. Each component is designed with a specific wattage dissipation rate that is able to handle a wide range of environmental conditions, making it ideal for applications such as machinery control, power switching, and any other applications that require the use of through hole resistors.

Working Principle

The working principle of the MR102350R00AAE66 involves the use of two different components, namely resistors and inductors. The resistors are used to limit the current that flows through the resistor in electrical systems, while the inductors are used to increase the amount of voltage applied. Both of these components work in tandem to regulate and control the voltage, allowing for precise power control and protection against electrical surges.

In addition, the MR102350R00AAE66 also has a range of features that make it capable of providing a diagnostic capability. This includes numerous indicators, such as an LED indicator to keep track of the current, as well as monitoring mechanisms that will alert the user if any changes have occurred with the voltage. As such, the MR102350R00AAE66 through hole resistor is an ideal choice for a number of industrial and commercial applications, ensuring reliability and safety in a number of application scenarios.