OM1155E-R58

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Through hole resistor is a device that is used to resist electric current. This type of resistor is either fixed through a hole in an insulator or soldered on the surface. OM1155E-R58 is one of the most popular through hole resistors available in the market today. It is a resistive element that provides a fixed, pre-determined resistance value.

The OM1155E-R58 is a high-accuracy bipolar resistor. It is designed for precision analog and digital applications. This small yet robust device offers superior precision and accuracy, making it suitable for a wide range of applications. This resistor features a small and compact design which allows for the installation of multiple devices in a very limited space. It also has a low noise level, excellent temperature stability, wide operating range, and long-term reliability.

The OM1155E-R58 has a wide range of applications including precision active-bypass, precision power supply, analog-digital logic control, audio and video signal processing, instrumentation, and medical equipment. This type of resistor is well suited for use in both commercial and industrial applications. Its high accuracy and stability makes it suitable for automotive, aerospace, and military applications.

The working principle of an OM1155E-R58 is based on the physical principle of resistance. The resistive element has a predetermined resistance value which is determined by the material and geometrical configuration of the resistor. The resistor works through the application of electric energy, which causes the current in the resistor to be converted into heat energy. This heat energy is then allowed to dissipate into the air or the surrounding environment.

Overall, the OM1155E-R58 is an excellent choice for through-hole resistors as it offers superior accuracy and stability, low noise level, and long-term reliability. This robust yet small device is suitable for many applications including precision active-bypass, precision power supply, analog-digital logic control, audio and video signal processing, instrumentation, and medical equipment. Its working principle is based on the physical principle of resistance where the resistive element has a predetermined resistance value and current in the resistor is converted into heat energy.

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