OM3355E-R58

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Through hole resistors are components that are used in various electrical and electronic circuits for controlling current. They come in many sizes, shapes, and resistance values. The OM3355E-R58 is a type of through hole resistor, which is a 2 Watt resister with a tolerance of 5%.

The OM3355E-R58 is made from a professionally designed ceramic package and features a 95°C maximum working temperature that is well suited for commercial and industrial applications. It is known for its robust construction and its high thermal and electrical stability. The core of this resistor is composed of metal-oxide film, which is often referred to as metal-oxide-semiconductor (MOS) film.

The OM3355E-R58 is often used in high power applications, where current needs to be controlled accurately. This resistor is also suitable for applications that require high shock and vibration tolerance. Examples of applications include: power converters, DC/DC converters, lighting systems, solar inverters, and over-current and over-voltage protection circuits.

The working principle of the OM3355E-R58 is based on the fact that it produces a specific resistance when electricity is passed through it. When electricity flows through the resistor, the voltage across it drops as the current increases. This voltage drop is proportional to the resistance of the resistor, and this principle is known as Ohm’s Law. The resistor then acts as a buffer, reducing the current to a desired level.

The OM3355E-R58 is also designed to stay cool at high temperatures. Its 95°C maximum working temperature helps to ensure that the resistor does not overheat and get damaged. In addition, its metal-oxide-semiconductor film helps to ensure a stable electrical performance at high temperatures. This makes it well suited for applications which require high stability and reliability.

Overall, the OM3355E-R58 is an excellent choice for any application which requires current control. It is designed to handle harsh environments, and its robust construction ensures high electrical and thermal stability. Its 95°C maximum working temperature also ensures that it will remain cool and not overheat, making it well suited for applications in tough environmental conditions. Due to its versatile design, it is also suitable for a wide range of applications.

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