RNX0381G00FNR6

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Through Hole Resistors are components used for voltage or current limitation, output loading, and power dissipation in electronic circuits. RNX0381G00FNR6, in particular, is a through-hole resistor with a maximum operating temperature of 70°C and 250 mW power rating. It is made of a ceramic substrate that is flame-retardant, and it features a wide range of working resistance from 1Ω to 1 MΩ.

Due to its robust construction and wide range of working resistance, RNX0381G00FNR6 is popularly used in many electronic circuits for a variety of applications. Some of the most common application fields include power supply, communication systems, and instrumentation. In these application fields, RNX0381G00FNR6 is used to divide the electric current, reduce the power consumption, and decouple the voltage.

Working principle of RNX0381G00FNR6 is also quite simple. It is basically a voltage-controlled variable resistor that depends on the voltage applied to its circuit for its working. RNX0381G00FNR6 works on Ohm’s law, which states that the voltage is equal to the product of resistance and current. Thus, when the voltage increases, the current increases due to an increase in resistance, and vice-versa.

RNX0381G00FNR6 is also particularly convenient for many applications due to its wide resistance range. This range is due to the various path lengths, resistive layers, and thicknesses of the ceramic substrate which dictate the resistance of the element. The high resistivity of the ceramic rotates the environment and increases the resistance in the circuit, resulting in the desired electrical performance.

In addition to the applications mentioned above, RNX0381G00FNR6 can also be used in medical devices, automotive systems, automotive lamps, and HVAC systems. Due to its low power consumption and wide resistance range, it is also often used in low-power communication applications.

Overall, RNX0381G00FNR6 is a through-hole resistor with a wide range of working resistance and a maximum operating temperature of 70°C. It is used in many electronic circuits for voltage or current limitation, output loading, and power dissipation. Its working principle is based on Ohm’s law and it has a variety of applications including power supply, communication systems, and instrumentation.

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