95J2R7E

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Through hole resistors are resistors that feature two leads or pins intended to be inserted and soldered into holes on a printed circuit board (PCB). The 95J2R7E is an example of such a resistor and is designed to be a potential divider. A potential divider is two resistors connected in series, in which the output voltage will be a fraction of the input voltage, depending on the ratio of the resistor values.

The 95J2R7E is designed to provide a resistive range of 100 to 1000 ohms, with a tolerance of 5 or 10 percent, depending on the applications. It is particularly well suited for electronic circuits with a voltage in the range 2-25 V. This resistor resists the flow of current such that the power dissipated is kept low (power dissipation of up to 15 watts for the 95J2R7E).

A characteristic unique to the 95J2R7E is its ability to work in humid environments due to its special design. This resistor also has very good heat dissipation and can handle a higher amount of current compared to other through hole resistors of the same size. In addition, this resistor is capable of minimizing the drift of temperature coefficient and features a low coefficient of voltage coefficient, making it one of the most efficient through hole resistors on the market.

As for the working principle of the 95J2R7E, it is based on the principles of resistivity. Resistivity is a measure of the resistance to electric current of a material, which is determined by its physical properties. A resistive material, such as the 95J2R7E, obstacles the current by converting the electrical energy into thermal energy, thus dissipating the current.

The 95J2R7E is well-suited for a wide range of applications, including illumination systems and industrial machines. Its very low temperature coefficient makes it an ideal choice for applications which require precise voltage control, such as LED lighting and electronic control circuits. In addition, its excellent heat dissipation capabilities make it suitable for use in high-voltage and high-power applications, where heat is a major concern.

Finally, the 95J2R7E is also extensively used for making precise measurements, such as those required in industrial process control systems. Its low temperature coefficient means that it can maintain an accurate resistance value, even when exposed to wide temperature changes.

In conclusion, the 95J2R7E is an ideal choice for a range of through hole resistor applications due to its robust design, excellent heat dissipation, and low temperature coefficient. Its unique combination of physical characteristics makes it an ideal choice for precision control and measurement needs, as well as applications in humid environments.

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