95J4R7E

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Through Hole Resistors are a type of electronic component that aids in signal conditioning and flow. The 95J4R7E series offers specific advantages for certain types of applications due to its reliability and precision. It is commonly used in automobile, aviation, and communication systems.

Overview of Through Hole Resistors

Through Hole Resistors are electronic components that resist, or oppose, a flow of electric current and represent a static non-dynamic operating state. Their function is to convert electrical energy into heat and are categorized by their resistance rating and physical construction, such as their size and shape. Through Hole Resistors commonly feature a spiral or straight wire construction, or a resistor network, which alters the flow of current in the circuit based on its electrical resistance. Generally, the resistance is noted as either "ohms", denoted as a Greek letter omega (Ω,).

Application Field

In many cases, Through Hole Resistors are essential elements in any circuit, and the 95J4R7E series is particularly suitable for automotive, aviation, communication, and medical applications, where precision and reliability are critical. This series provides an ideal solution for a wide range of projects, ranging from industrial automation up to consumer electronics. Additionally, the 95J4R7E series is mass-producible in high volumes, which ensures they can be supplied cost-effectively.

93J4R7E Series Specifications

The 93J4R7E series offers a variety of different types, including a standard Through Hole Resistor, a shielded Through Hole Resistor, and a surface mount Through Hole Resistor. These resistors feature a wide resistance range of 5 ohms to 5 megaohms, a comprehensive power rating of 0.5 Watt to 20 Watts, and boast a total resistance tolerance of as low as 0.05%. This tolerance enables close repeatability and better performance when compared to other types of resistors.

Working Principle

The 95J4R7E series works on the principle of electrical resistance. Electrical resistance is the measure of how much the device impedes the flow of current through it. The resistors act like a water pipe, where the electrical resistance is analogous to the flow of water. A larger pipe will allow for greater current flow, while a smaller pipe will restrict the flow of water. The 95J4R7E series prevents excess current flow in order to ensure that the device operates safely and does not overheat.

Conclusion

The 95J4R7E series of Through Hole Resistors provide a reliable and accurate way to regulate the flow of electrical current for a wide variety of applications, including automotive, aviation, and medical. These resistors are mass-producible, provide a comprehensive resistance range, and offer a tolerance of as low as 0.05%, ensuring close repeatability and excellent performance. Through Hole Resistors function on the principle of electrical resistance, where an increase in resistance will reduce the current flow while a decrease in resistance will increase the current flow.

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