CB5JBR250

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Through Hole Resistors are common electrical components used in both industrial and consumer applications. These components are available in many different styles and sizes, one of which is the CB5JBR250.

The CB5JBR250 is a non-inductive, axial-leaded resistor derived from the CB-series design, a unique combination of carbon film base and metal film caps. This resistor is designed for use in high-precision, low-distortion active-filter circuits used for amplitude, frequency, or phase control. They can also be used in circuits for matching impedances, temperature control, signal conditioning, and voltage regulation.

As a Through Hole Resistor, the CB5JBR250’s construction is similar to other through hole components. It consists of ceramic cores, Tin-plated blades, and an epoxy-encapsulated body. It has an overall diameter of 5mm and operates at a maximum wattage of 2 Watts. It has a temperature coefficient of 435 ppm/C, and a rated DC voltage of 500V - a fairly low rating for voltage, making it an ideal component for use in low-power or low-voltage applications.

The CB5JBR250 exhibits high stability and low out-gassing to ensure a high rate of heat dissipation. It is also highly reliable due to its low-capacitance design, which helps improve signal accuracy and maximize performance without introducing any distortion.

In terms of performance, the CB5JBR250 is an excellent choice for application in circuits where accuracy is essential. Its consistent resistance and good temperature stability make it reliable and consistent, while its low capacitance ensures minimal distortion. While its rated wattage is only 2 Watts, this resistor is surprisingly effective in many high-precision, low-distortion applications.

The working principle of the CB5JBR250 is fairly straightforward. It relies on the principle of Ohm’s Law, which states that the current passing through a resistor is directly proportional to the voltage applied to it. With regards to the CB5JBR250, the current flowing through the resistor is proportional to the voltage applied to the resistor divided by the resistance of the resistor. Therefore, the resistance of the CB5JBR250 is the key factor in determining the amount of current that will flow through it.

Overall, the CB5JBR250 is an excellent choice for a wide range of Through Hole Resistor applications. These resistors are reliable, accurate, and offer excellent temperature stability. Thanks to their low capacitance design, these resistors also produce minimal distortion, making them ideal for high-precision, low-distortion applications. The CB5JBR250 is particularly well suited for use in applications which require accuracy, consistency, and minimal distortion.

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