FKN100JR-73-33R

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Introduction

Through hole resistors are widely used in various applications like electrical circuits, power supplies, energy storage, power supply protection and many more. They have several advantages over other resistors available in the market such as higher accuracy, lower power consumption, longer life cycles, and superior resistance performance.

The FKN100JR-73-33R is one of the advertised power resistors manufactured by the renowned brand,Ferrotec. This particularly component is constructed to meet the highest quality standards and has minimal temperature rise efficiency. It is a surface-mount device and comes with a RoHS compliance.

Application Field and Working Principle of FKN100JR-73-33R Through Hole Resistors

FKN100JR-73-33R resistors are used in a variety of applications and forms part of the technology stack used to protect delicate electronic components from high temperature or permanent damage. In particular, these components are used for voltage protection and current control. The main purpose of this through hole resistor is to restrict current flow and dissipate the excess energy in the form of heat. It is used to limit the current in a circuit and help maintain the proper current and voltage ratings of delicate electronic components.

These through hole resistors typically come with a hollow body with two or four leads. The current flowing to the resistor is limited by its materials or structure. The materials used in the body of the resistor are usually made of some kind of metal oxide ceramic. The body of the resistor is usually composed of an inner layer of carbon or metal oxide compounds and an outer layer of silicon alloy. The material used to construct the body of the resistor will strongly affect its performance and longevity.

The working principle of the FKN100JR-73-33R is simple. A current will pass through a resistor resulting in a loss of energy in proportion to the power and resistance of the resistor. This can take the form of heat or other forms of dissipated energy. The voltage drop across the resistor will inversely be proportional to the current.The more the current, the smaller the voltage drop and as a result, a lower power consumption. The level of current passing through the resistor is regulated by adjusting the resistance. A decrease in resistance will allow more current to pass, while an increase in resistance will reduce the current.

Performance and Advantages of FKN100JR-73-33RThrough Hole Resistors

• Excellent current control: The FKN100JR-73-33R resistors have a current rating of 100A, which means they can handle a large amount of current without any performance issues.
• High voltage: The FKN100JR-73-33R resistors can handle a wide range of voltages from 12V to 250V.
• High temperature tolerance: The FKN100JR-73-33R resistors have a resistance range from -55°C to +150°C, allowing them to be used in high temperature environments.
• High precision: The FKN100JR-73-33R resistors designed with high precision. This allows for very precise voltage measurements, which is important in power supplies.
• Long life: The FKN100JR-73-33R resistors come with a long and reliable life span due to their superior quality of materials.

Disadvantages of FKN100JR-73-33R Through Hole Resistors

The FKN100JR-73-33R resistors are relatively expensive and can be difficult to find in some locations. Additionally, they are not necessarily the best solution for applications that require very specific voltage and current ranges. For these situations, a more specialized type of component may be necessary.

Conclusion

FKN100JR-73-33R components are through-hole resistors manufactured by Ferrotec. These resistors are designed to limit the current passing through and dissipate the excess energy in the form of heat. These resistors come with advantages such as excellent current control, high voltage, high temperature tolerance, high precision, and long life. However, they can be relatively expensive and may not be the best solution for applications that require very specific voltage and current ranges.

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