R5J200E

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Through hole resistors are an important tool used in electronics applications, and R5J200E resistors are just one of many types available. These resistors are made of two insulated wires that are inserted through a hole in a metal plate, then fed into the main circuit to provide resistance. With their flat design, they can be resistant to vibrations and also easily fit into small enclosures.

The application areas of R5J200E resistors are extensive. These resistors are popularly used in power plants, automotive, aerospace, and telecommunications sectors. They provide high accuracy, low noise, and stable power output, and are ideal for regulating electricity flow to sensitive components. Additionally, they are also used in the energy efficient LED lighting fixtures.

In order to understand the operation of R5J200E resistors, it is essential to know their working principle. Basically, these resistors work on the basis of electrical resistance. This happens when an electric current flows through two conductive wires that are separated by an insulating material. The current finds it harder to pass through the insulator, and the resistance is created by the obstruction that the insulating material causes. As a result, the current is kept from passing through the device too quickly and a controlled voltage is maintained.

The standard R5J200E resistors have a rating of 200 ohms; however, they come in various varieties, ranging from 3 ohms to 4.7 k ohms. They have a tolerance range of +/-10%, and their temperature coefficient is +20ppm/°C. Additionally, these resistors have a wide operating temperature range of -55°C to +125°C.

R5J200E resistors are commonly used in industrial applications and are important components in modern electronics. Their low profile, small size, and high-reliability make them an attractive product in many industries. Furthermore, these resistors have a wide range of applications in many sectors, from lighting to data storage and telecoms.

In conclusion, resistors are essential components in all modern electronics, and R5J200E resistors are some of the most common resistors used. Through hole design, stable performance, and reliable resistance make these resistors ideal for many applications. Furthermore, these resistors are typically able to handle a wide range of temperatures and they are also able to provide consistent output in high voltage environments.

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