RNV14FAL3M00 Resistors

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Through Hole Resistors have a wide range of applications due to their size, cost, and ease of use, and the RNV14FAL3M00 is no exception. This model of resistor is a through-hole, non-inductive, precision metal-film resistor that is designed for use in high-precision, high-reliability electronic applications. It is a popular choice due to its low power consumption, high accuracy, and wide operating temperature range.

The RNV14FAL3M00 has a 0.1% tolerance level and features a lightweight, electrically-isolated design to reduce noise and interference. It is capable of handling currents up to 1 A and temperatures of up to +150°C. The resistor is also RoHS-compliant and has several different options for mounting.

RNV14FAL3M00 resistors are available in a variety of different types, including flat-pack, through-hole, and vertical micro-surface-mount (VMSM) types. They can also be used as shunt or load resistors in power supplies and amplifier circuits, and for temperature compensation and voltage divider applications. The resistor also features a high isolation resistance, allowing it to be used in high-precision instrumentation, control, and communications systems.

The RNV14FAL3M00 works by providing a resistance to the current that passes through it. When a current passes through the resistor, it dissipates heat, which tends to decrease the accuracy of the resistor. To counteract this, the resistor is constructed with a precision metal-film coating that acts as an insulator and helps to reduce the amount of heat that is dissipated. This allows the resistor to maintain its accuracy even in high-temperature applications.

The RNV14FAL3M00 is a popular choice for its low power consumption, wide operating temperature range, and high accuracy. It is a versatile resistor that can be used in a wide range of applications. Its lightweight, electrically-isolated design makes it suitable for use in high-precision instrumentation, power supplies, amplifiers, voltage dividers, and temperature compensation circuits.

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