RN65D1241FRE6

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Through Hole Resistors play a critical role in the field of electrical engineering and are one of the most basic elements of circuit design. The RN65D1241FRE6 is a type of through hole resistor that is designed to offer reliable, high-precision resistance measurement in a small form factor. This through hole resistor is ideal for applications where space and accuracy are of primary importance.

The RN65D1241FRE6 through hole resistor is available in several different case sizes and materials, including ceramic, cardboard, and polycarbonate. It is also available with different lead lengths to accommodate different board layouts and circuit designs. The resistance of the RN65D1241FRE6 ranges from 1 ohm to 1 megohm, which is suitable for applications with a wide variety of requirements.

The RN65D1241FRE6 through hole resistor is most commonly used in circuits which require accurate and reliable resistance measurements in a small form factor. It is ideal for applications which require high-resolution resistance measurement or low-level sampling for data acquisition systems. The resistor is also used in commercial equipment and industrial control systems that require high-voltage operation and accurate current limiting.

The RN65D1241FRE6 through hole resistor is also used in automotive applications. It can be used to accurately measure automotive component temperatures and as a voltage divider for current monitoring. Additionally, the resistor can be used for overload protection, over-voltage protection, and frequency control.

The RN65D1241FRE6 through hole resistor is a passive component, meaning that it requires an external power supply to function. The resistor consists of two parallel resistive elements. When an input voltage is applied across the two resistive elements, an electrical current is generated proportional to the applied voltage. This electrical current is then measured by the resistor’s output terminals. The output voltage is derived from the ratio of resistance between the two resistive elements.

The resistor is typically designed to meet certain specifications for accuracy, temperature coefficient, power rating, and surge protection. These specifications are typically dependent on the intended application. The accuracy of the resistor is usually given as a percentage of a full scale output and this percentage varies depending on the type of through hole resistor used. The temperature coefficient of the resistor is measured in parts-per-million (ppm)/°C and the power rating is typically given in watts.

The surge protection of the resistor is usually given in terms of energy rating and this is usually measured in joules (J). The surge energy rating measures how much energy the resistor can absorb in the event of an electrical surge. The surge protection of the resistor is important, since it determines how much energy the resistor can absorb before it fails.

The RN65D1241FRE6 through hole resistor is an ideal solution for applications where precise measurements are required in small form factor applications. This resistor is available in several different case sizes and materials, and can be purchased with different lead lengths. The resistor can also be used in automotive applications, for current monitoring and overload protection, and is designed to meet specified accuracy, temperature coefficient, power rating, and surge-protection requirements.

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