CPCP0512R00JB31 Resistors

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Through Hole Resistors are used in a wide range of applications where accuracy and reliability are key, from power supplies to instrumentation. The CPCP0512R00JB31 is a precision resistor ideal for such applications, with its glass encapsulated housing which provides excellent thermal management and vibration resistance, and its reliable characteristics. In this article, we will explore the application field and working principle of the CPCP0512R00JB31.

Applications

The CPCP0512R00JB31 is designed for use in a variety of electronic and electromechanical applications. These include power supplies, audio equipment, test equipment, instrumentation, and telecommunication equipment. The resistor can also be used as a precise current limiter or for monitoring and measuring current flow in both low- and high-power circuits.

The resistor can be used to protect electrical components from voltage spikes and surges, as well as ensure reliable current conduction. The CPCP0512R00JB31 is compatible with a circuit\'s existing small-scale components, making it highly reliable for a wide range of applications.

The resistor also features excellent performance over a wide temperature range, with the ability to withstand various electrical and environmental conditions. This makes it suited for use in a range of harsh and demanding environments. Furthermore, the resistor\'s solid construction provides protection against moisture and contaminants, making it durable and long lasting.

Working Principle

The CPCP0512R00JB31 operates through Ohm’s Law. As an electrical current passes through the resistor, it produces an opposing electrical force, which is known as resistance. The greater the resistance, the lower the current and vice versa. The resistor\'s resistance is adjusted through its temperature coefficient, determined by the type of resistor material used.

The temperature coefficient is what determines the resistor\'s ability to operate within a certain temperature range. There are two types of temperature coefficient: positive temperature coefficient (PTC) and negative temperature coefficient (NTC). Positive temperature coefficient resistors increase their resistance as the temperature rises, while negative temperature coefficient resistors decrease their resistance as the temperature increases.

Resistance is also determined by the resistor’s size. The CPCP0512R00JB31 is designed with a 12ohm resistance, making it suitable for power applications. This resistor is also designed with a tolerance of ±0.2%, which means that the resistance value could vary by up to ±0.2%. This ensures that the current passing through the resistor will remain within a precise range.

The CPCP0512R00JB31 also features a wide range of mounting options, enabling it to be used in various circuit configurations. This makes it suitable for use in high-volume applications, such as consumer electronics, industrial equipment, automotive electronics, and more.

Conclusion

The CPCP0512R00JB31 is a precision resistor designed for a wide range of applications, offering reliable performance over a wide temperature range, with the ability to withstand various electrical and environmental conditions. The resistor\'s solid construction provides protection against moisture and contaminants, making it durable and long lasting. The 12ohm resistance and ±0.2% tolerance of the CPCP0512R00JB31 make it perfectly suited for precision power applications, and the wide selection of mounting options enable it to be used in high-volume applications. As such, the CPCP0512R00JB31 through hole resistor is a reliable and versatile solution for various applications.

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