OM15G5E-R58

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Through Hole Resistors are composed of resistive elements and encapsulated in a cylindrical case. The OM15G5E-R58 is a through hole resistor that is characteristically of a high power rating, high operating temperatures and low profile. The OM15G5E-R58 is widely used for various electronic applications and is available in different sizes and ratings.

Application Field of OM15G5E-R58

The OM15G5E-R58 through hole resistor has a variety of applications, most notably in medical testing equipment, consumer electronics, automotive, electricity, electricity control, signaling, and telecommunications. The OM15G5E-R58 is especially suited to applications that require high power ratings and long operating lifetimes in locations with limited available space. Additionally, the OM15G5E-R58 through hole resistor has excellent electrical characteristics, including pin to pin thermal resistance for improved thermal performance.

Working Principle of OM15G5E-R58

The working principle of an OM15G5E-R58 through hole resistor lies in its ability to resist an electric current flow. The OM15G5E-R58 consists of a high grade wound resistor element, housed in a thin wall sealed metallic tube. This element is designed to resist an electric current or voltage based on its construction and material. Depending on the type, a resistor can be used to reduce or increase current, decrease or increase voltage, and limit the current running through a circuit, among other functions.

When an electric current passes through a resistor, the resistor will resist the flow of electric current, thereby converting some of the electrical energy of the current into heat energy. The heat energy is then dissipated into the environment due to its low thermal resistance. The resistance value of the resistor affects the amount of current flowing through the resistor, while the power rating indicates how much total resistance is needed to convert the current into heat.

The OM15G5E-R58 can also be configured for different applications. When the resistor is connected in series or parallel, the total resistance of the circuit is affected. Additionally, the resistance value of a resistor can be increased or decreased by adjusting its resistance value. This enables the OM15G5E-R58 through hole resistor to be used in applications where the resistance must be adjusted to maintain a specific range of resistance.

Conclusion

The OM15G5E-R58 through hole resistor is a highly versatile component, capable of withstanding a variety of environments and workloads. With its high power rating and low thermal resistance, the OM15G5E-R58 is well suited for a variety of medical, automotive, signaling, and telecommunications applications. Setting it apart from other through-hole resistors available on the market, the OM15G5E-R58 through hole resistor provides outstanding electrical and thermal performance, with adjustable resistance values based on the application. As such, the OM15G5E-R58 through hole resistor is an excellent choice when selecting a resistor for your next project.

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