OM2455E-R58

Through hole resistors are an incredibly important component of electrical systems and machines. They are used in many applications, from simple circuits through to complex industrial automation systems. The OM2455E-R58 Through Hole Resistor is an incredibly versatile component, making it suitable for a variety of applications. In this article, we will discuss the application field and working principle of the OM2455E-R58.

Applications

The OM2455E-R58 Through Hole Resistor is a surface mount resistor, which means it is designed for mounting onto a flat surface. It is ideal for use in automated systems as it requires no soldering and can be easily attached in a matter of seconds. The OM2455E-R58 is most commonly used in consumer electronics and industrial automation machines.

This resistor can also be used in a variety of other applications, such as audio/video equipment, medical evaluation systems, automated production systems, and automotive control systems. It is also suitable for waveform modulation, power management and current sensing applications.

Working Principle

The OM2455E-R58 Through Hole Resistor is a type of resistor known as a non-linear element. This means that its resistance value changes depending on the level of current applied to it. The resistor works by creating a path for currents of different levels to flow through, thus altering its resistance value. This allows for the manipulation of electrical currents as they pass through it.

The resistor is designed to be very accurate when it comes to its resistance value. The tolerance level of the OM2455E-R58 is 0.1%, meaning that it will maintain its resistance value even if the current is altered. This makes it ideal for use in automated systems as it can be relied upon to accurately measure and control current levels.

The OM2455E-R58 is an incredibly versatile component, making it suitable for a variety of applications. Its non-linear design makes it perfect for use in automated systems, while its 0.1% tolerance level ensures accuracy and reliability. It is an essential component in any system or machine using precision current control.