RNC55H1802DRB14

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Through Hole Resistors play a vital role in today’s electronics. One type of these resistors is the RNC55H1802DRB14. With its various advantages, such as its low profile and high power rating, this component becomes an increasingly popular choice for a variety of applications.

The RNC55H1802DRB14 comes with two different types of technology: thick and thin film construction. Thick film resistors are cost-effective, and they provide effective resistance with low power consumption. On the other hand, thin film resistors offer superior performance with higher power ratings. Depending on the application, customers can choose between the two technologies.

The RNC55H1802DRB14 also has a variety of features. It is a through hole resistor with a power rating of up to 1/2 Watts. It is available in four different resistance options, ranging from 100 ohms to 1K ohms. Furthermore, it has an operating temperature range from -55C to +85C.

Their distinctive features allow for precision in their application. Due to their low profile, they are suitable for high-density applications, such as circuit boards, allowing for more components to be packed in a small space. Furthermore, their resistance range of 100 ohms to 1K ohms lets them be used in a wide array of applications from low voltage to high voltage.

When considering the working principles, the RNC55H1802DRB14 is composed of a passivated layer over a resistive layer. This provides a stable and reliable protection layer over the resistive film. The resistive film is then connected to the leads by a solder. When electricity passes through the withstands, chemicals in the resistive film react, creating heat which resists the flow of electricity and resulting in a decrease in voltage. In essence, this is how a resistor works.

As the technology behind electrical components continues to advance, the RNC55H1802DRB14 remains an important component for various applications. Its use of both thick and thin film technology gives users two different options depending on their energy budget and application. Furthermore, the combination of its features and working principles makes it applicable in high-density setups, allowing users to save space, and a wide resistive range which allows for precision use.

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