RN50E6811FBSL

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Through Hole Resistors are essential components in a wide range of electronic circuits. The RN50E6811FBSL is a through hole resistor that finds extensive use in the engineering and physics fields. It is typically used as a current limiter, blocking voltage, or for load balancing.

The RN50E6811FBSL is a semiconductor-based, high-accuracy resistor with a Tolerance level of 0.25%. The chip is designed to dissipate a maximum of 75W of power, with a maximum voltage of 250V. The resistor is specifically designed to offer superior performance even under extreme temperature conditions, with no change in the resistance value no matter the temperature.

The RN50E6811FBSL is constructed with a carbon-based substrate with sold tongue patches. It is molded in an epoxy material to further enhance its ability to withstand high temperatures. The resistor’s lead wires are made of nickel-plated iron and a solid solder polymer is used to seal in the leadings for additional protection.

In terms of its application field, the RN50E6811FBSL is suitable for use in a variety of electronic devices, including power supplies, amplifiers, and signal conditioning circuits. It is therefore often used for power-supply insulation, voltage-regulation, and load balancing purposes. Furthermore, its high accuracy makes it a popular choice for high-precision electronic circuits.

The RN50E6811FBSL has a relatively simple working principle. It works on the principle of static electricity. The resistor converts electric current into heat inversely proportional to the applied voltage, resulting in consistent and highly accurate resistive values. The resistor also provides a reliable switching effect that is essential in isolating circuits.

The RN50E6811FBSL is an invaluable tool for a variety of projects. Its superior durability enables it to be used for long-term stability, while its superb accuracy is ideal for high-precision applications. Thanks to its special design, it can be used even in extreme temperatures without fear of any modification to the resistance value. Furthermore, its simple working principle makes it a reliable and convenient component for many electrical projects.

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