RN55E5900BR36

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Through Hole Resistors made from the RN55E5900BR36 are widespread in the electronics industry and they have been popular with companies for many years. In this article, we will take a look at the application field and working principle of Through Hole Resistors made from the RN55E5900BR36.

Through Hole Resistors are resistors that have leads that pass through tight holes drilled into a board or circuit board. They have to be wired in series and are commonly used with other electric components such as capacitors and transistors. The RN55E5900BR36 is a Through Hole Resistor that is made from a thick-film chip material, and it has a power rating of 0.5W, a resistance range of 10Ω-1MΩ, and a resistance tolerance of ±2%.

The application field of the RN55E5900BR36 Through Hole Resistors are diverse. It is able to provide an effective self-heating method for electronic equipment – an example could be a notebook’s CPU self-regulated temperature, which can be adjusted via a function called Dynamic Core Control. It is also used in the fields of surge protection, circuit design, signal attenuation and equivalent resistance, and is suitable for a wide range of ambient temperatures.

In addition, these Through Hole Resistors can also be designed into toner marker cartridges, laser printers, and allied devices, and are also used for power protection in solar PV systems. They can even provide powerful current limit protection for motors, as well as for AC and DC voltage-limiting lighting circuits.

The working principle of the RN55E5900BR36 Through Hole Resistors is based on Ohm’s law, which states that voltage equals current multiplied by resistance. Thus, these resistors are used to change the amount of current flowing between the two terminals. When current passes through a resistor, the electric field created by the current will cause electrons to flow through the conductor, and this is known as Ohmic conduction. This is how these resistors are able to regulate the flow of electricity in electronic devices.

Furthermore, the radiating heat generated by the RN55E5900BR36 Through Hole Resistors dissipates to the surrounding area, meaning that they can provide effective cooling for electronics. They also have a high insulation resistance, so they can keep a low-loss signal transmission path, making them great for signal transmission or power transmission.

In conclusion, Through Hole Resistors made from the RN55E5900BR36 are not only able to provide a wide range of application fields, but their working principle is also based on Ohm’s law, making them a great choice for any electronics project. They are highly reliable and are able to provide effective cooling and low-loss signal transmission.

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