CB15JB100R

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Through Hole Resistors are used throughout modern electronics for a range of applications, one of the most popular being the CB15JB100R. The CB15JB100R is a through-hole 1/4watt 0.1% resistor, designed to provide great tolerance and stability in high-end devices, making it a popular choice within the industry.

The CB15JB100R features a robust 10K ohm resistance value with a tolerance of 0.1%. It also offers great stability, with a temperature coefficient of ±50ppm/°C. This makes the CB15JB100R a reliable choice for those seeking a stable, reliable resistor with high tolerance. The CB15JB100R\'s dimensions are significantly smaller than other resistors in its class, meaning it can be placed in confined spaces with ease.

Due to the CB15JB100R\'s durability in comparison to other resistors, it is primarily used in applications where reliability and high tolerance are needed. This makes it the perfect choice for applications that require long-term stability or precise measurements, or in situations where the relatively small size of the CB15JB100R is necessary. Examples of these types of applications include industrial control systems, automotive control, and medical device circuits.

The CB15JB100R operates by passing an electrical current through the resistor, which in turn generates heat. This heat is dissipated, causing the resistor to decrease in resistance. The resistance of the CB15JB100R is calculated by Ohm\'s law, which states the current passing through the resistor is inversely proportional to the resistance. This allows the resistor to be adjusted to different levels of resistance depending on the amount of current that is passing through it.

In summary, the CB15JB100R is a popular through-hole resistor designed for applications requiring high tolerance and stability. Its small size and robust design make it the perfect choice for applications such as industrial control systems, automotive control, and medical device circuits, allowing it to be placed in confined spaces with ease. The CB15JB100R works by passing an electrical current through the resistor, which in turn generates heat allowing the resistor to become adjustable to different levels of resistance.

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