83F1R0

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Through hole resistors are preferably used in circuit designs that require higher power than possible to dissipate in a surface mount package. This type of resistor has three main variants; carbon, ceramic and wire-wound. The type of resistor design determines the operating temperature range, voltage rating, resistance, tolerance and temperature coefficients. In this article we look at the 83F1R0 application field and working principle.

83F1R0 Application Fields

Through-hole resistors are used in many applications within the electronic design industry. Examples of electronic devices and components include automotive systems, power supplies, industrial automation and aerospace components. 83F1R0 resistors are used in applications requiring higher voltage and power ratings, including power inverters, LCD displays, motor drives and solar inverters. The 83F1R0 series is available in both radial-lead and axial-lead packages withstanding temperatures ranging from -55°C to 125°C.

Most of the 83F1R0 applications generally include motor controls. This series of resistor can provide control and protection to motors that require high current ratings. For instance, when controlling current motors they are used to limit the current that can flow through them and protect them from thermal overloads. The 83F1R0 also has protective characteristics to protect mechanical components in a motor such as bearings and gears from excessive torque and loading. These resistors can also be used in power electronic applications like switching regulators and dc-dc converters.

83F1R0 Working Principle

The 83F1R0 series includes many package styles including radial-lead and axial-lead packages, depending on the application. The axial-lead packages are constructed using industrial-grade insulation material and usually feature a black anodized finish. This finish is known to prevent oxidation and provide extra protection.

The radial-lead packages, on the other hand, are typically constructed using metal-oxide filled epoxy or ceramic material. This material is designed to provide higher thermal resistance and higher voltage ratings than conventional epoxy constructed resistors. The combination of materials used in this type of resistor offers excellent heat dissipation and provides outstanding electrical stability during use.

No matter what type of package is used, all 83F1R0 series resistors follow the same basic working principle. This type of resistor uses resistive elements that limit the amount of electricity that can pass through them. The 83F1R0 series of resistors include resistive elements typically made of high purity, industrial grade metal alloy. By changing the resistor’s physical dimensions, these resistive elements have the ability to resist current, and in some cases impede voltage.

The resistance or voltage limitations of the 83F1R0 resistors are adjusted by either the adjustment of the size of the resistor’s (or by its body length or width) or by changing the internal resistance material. Because of this dramatic flexibility, the 83F1R0 series of resistors can effectively cover a wide range of application fields. Additionally, the use of axial-lead and radial-lead packages ensures protection of the internal components, while providing excellent longevity.

Conclusion

In conclusion, the 83F1R0 through hole resistors are widely used in applications requiring higher voltage and power ratings. These resistors feature axial-lead and radial-lead packages for protection from wear and tear as well as thermal overloads. The internal components are typically made of high-purity metal alloy and are adjustable via their physical dimensions to provide resistance to current or impede voltage. All these features make the 83F1R0 a great option for any electronic design project.

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