RN65D3161FR36

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Thru-Hole Resistors are one of the most common types of resistors used for control and protection applications. The RN65D3161FR36 are a series of through-hole resistors from Panasonic that are designed for high performance and ruggedness. The RN65D3161FR36 is a type of resistor that is specifically designed to be more resistant to heat, vibration, and other harsh environmental conditions.

The general working principle of the through-hole resistor is based on the resistive element inside the device. The resistance element is most often made up of a metal-oxide-metal mixture. To adjust the resistance value, various additives are added to alter the composition of the mixture. This changes the passaging of the current and regulating the amount of voltage passing through the resistor. By adjusting the composition, the resistor has the ability to hold onto a range of resistances.

The RN65D3161FR36 is particularly useful in its range of application fields. To start, it can stand up to temperatures of -55°C to +175°C making it a great choice for demanding automotive applications. Additionally, the device has a high operating voltage of at least 100VDC making it useful in power supply and audio amplifiers. Additionally, the resistor is highly resistant to external influences making it a suitable choice for energy-harvesting applications.

The device is also useful in outdoor applications due to its high humidity and vibration endurance. Its external influences are around 10 times more resilient than standard resistors. It is also suited for industrial applications with its minimum load-life of 1000 hours. Options include lead-free terminations, increased rated power, and wide resistance tolerances.

To sum it up, the RN65D3161FR36 from Panasonic is a reliable, rugged, and efficient thru-hole resistor for a variety of application fields. Its resistance element is composed of a metal-oxide-metal mixture and can be adjusted by various additives. This enables the resistor to have a wide range of resistances. It is highly reliable in extreme temperatures, humid conditions, and vibration environments. This makes the device suitable for a variety of applications including automotive, outdoor, industrial, audiovisual, and energy-harvesting applications.

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