ON39G5E-R58

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Through-hole resistors, commonly referred to as THRs, are ideal for use in medical, industrial, consumer, and even automotive applications. The ON39G5E-R58 is a thru-hole resistor of the ON39G series, and it is commonly used in a wide variety of industries. This article aims to discuss the ON39G5E-R58 application field and its working principles.

ON39G5E-R58 General Features

The ON39G5E-R58 has several features that all THR-based resistors share. These features include general tolerance (1%, 5%, 10%), resistance range (from 0.1 to 1MΩ), voltage range (100V, 250V, 500V), ceramic encasing, and temperature coefficient rating (up to +300 ppm/°C). It also has a high-temperature rating (up to +265°C) and a low-temperature rating (down to -40°C).

ON39G5E-R58 Application Field

The ON39G5E-R58 Through Hole Resistor is mainly used in the medical, industrial, consumer and automotive applications. It is most suitable for applications that require high reliability and a wide range of resistances.

Medical applications: Over years, Through-Hole Resistors have been widely used in medical electronic devices such as medical imaging equipment and therapeutic instruments. ON39G5E-R58 can provide very precise resistances and they can improve signal accuracy.

Industrial applications: ON39G5E-R58resistors can be used in industrial electronic devices such as industrial sensors, motion control systems and robotic arms as a key component to ensure its stability and accuracy.

Consumer applications: With its high reliability and wide resistance range, ON39G5E-R58 resistors can be used in a variety of consumer electronic devices such as television, telephone, and computer.

Automotive applications: With its high temperature ratings and low temperature ratings, ON39G5E-R58 resistors can be used in car starter motors, injectors and ECUs as important components.

ON39G5E-R58 Working Principle

The working principle of the ON39G5E-R58 Through Hole Resistor depends on the flow of current. In a direct current (DC) circuit, electric current always flows in one direction. When electron flow through the resistor, some of it is converted into heat due to the resistance of the material in the resistor. This heat is dissipated into the environment, thus reducing the current. The amount of current reduction or the ratio of current output to input is determined by the amount of resistance in the resistor.

For the ON39G5E-R58, the resistance is determined by two parameters: tolerance and temperature coefficient rating. Resistance tolerance is a measure of how accurately the resistor will match the specified value. Temperature coefficient rating is the amount of change in resistance per unit change in temperature, usually measured in ppm/°C.

For applications that require precise resistances, the ON39G5E-R58 resistor can be chosen, as it offers a tolerance of 1%, 5%, 10% and a temperature coefficient rating of up to +300 ppm/°C.

Conclusion

The ON39G5E-R58 is a Through Hole Resistor of the ON39G series, widely used in a variety of industries. It has a wide range of application fields, including medical, industrial, consumer and automotive applications. It is most suitable for applications that require high reliability and precision. The working principle of the ON39G5E-R58 depends on the flow of current, and its resistance is determined by the values of tolerance and temperature coefficient rating.

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