KNP100JT-73-110R

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors

Through Hole Resistors are resistors that are used to introduce electrical resistance into a circuit. They are an essential part of any circuit design, and they often require a particular type of resistor to complete the circuit. One such type is the KNP100JT-73-110R resistor. This particular resistor is typically used in applications that require AC or DC voltage sensing and amplification. To understand more about the KNP100JT-73-110R, it is important to understand the different components and the function of each within the circuit.

KNP100JT-73-110R Component Overview

The KNP100JT-73-110R resistor contains several components that work together to create the desired electrical resistance. These components are:

• 1/8 watt size
• Wirewound construction
• Nickel-plated steel resistive element
• High-temperature silicone-based epoxy sealant
• Tinned tinned steel housing

The size of the resistor is an important element to consider, as it must be large enough to handle the electrical load without suffering from overheating and burning out. The wirewound construction ensures that the electrical current is evenly distributed along the resistor, reducing the risk of short-circuiting. The nickel-plated steel resistive element is responsible for providing the electrical resistance. This element is coated with a high-temperature silicone-based epoxy sealant to provide additional protection against moisture and other contaminants. Finally, the tinned tinned steel housing ensures that the components remain securely held together and that the electrical currents remain isolated from the environment.

KNP100JT-73-110R Application Fields

The KNP100JT-73-110R resistor is typically used in AC or DC voltage sensing and amplification applications. It is an ideal option for providing the necessary electrical resistance for such applications due to its robust wirewound construction and high temperature resistance capabilities. In addition to AC/DC voltage sensing and amplification, the KNP100JT-73-110R can also be used in power supply, power protection, motor control, and telecommunication applications. The KNP100JT-73-110R is also well-suited for medical and automotive applications due to its high performance capabilities.

KNP100JT-73-110R Working Principle

The working principle of the KNP100JT-73-110R is relatively simple. The electrical current enters one terminal of the resistor and exits through the other terminal. The resistance of the resistor determines how quickly the electrical current will flow. The higher the resistance, the slower the electrical current will pass through the resistor. The resistive element is able to provide a specific amount of electrical resistance, thus allowing the electrical current to pass through the circuit at a specific speed.

In addition to providing the necessary electrical resistance for the circuit, the KNP100JT-73-110R resistor helps to protect the circuit from electrical spikes and surges. As electricity passes through the resistor, any sudden changes in voltage or current will quickly be dampened, thus protecting the components in the circuit from damage caused by an electrical overload. This feature also helps to provide increased signal integrity, allowing for accurate sensing and amplification of AC/DC voltages and currents.

Conclusion

The KNP100JT-73-110R is an excellent choice for applications that require AC or DC voltage sensing and amplification. It is able to provide a high level of electrical resistance and has robust wirewound construction and high temperature resistance capabilities. The working principle of the KNP100JT-73-110R is relatively simple, with electrical current entering one terminal and exiting through the other, and the resistance of the resistor determining the speed of the current. In addition, the KNP100JT-73-110R helps to protect the circuit from electrical spikes and surges, allowing for accurate sensing and amplification of AC/DC voltages and currents.

The specific data is subject to PDF, and the above content is for reference