CB15JB9R10

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Resistors are a crucial component of an electrical circuit, as they are used to limit current and voltage. Through Hole Resistors, in particular, are among the most stable of resistors and as such, they are used in a wide variety of applications. CB15JB9R10 is a type of Through Hole Resistor that is widely used in consumer electronics, automotive applications, and telecommunications.

The CB15JB9R10 Through Hole Resistor is a metal film resistor. It is constructed of an alloy metal film deposited on an oxide layer of ceramic. It is then coated in a molded construction with epoxy resin, and the ends are tinned for mounting. This type of resistor provides additional stability, as the metal film provides a more consistent resistance than wirewounds and carbon compositions.

The CB15JB9R10 Through Hole Resistor is capable of functioning in a variety of applications thanks to its precise construction and environmentally friendly components. It is ideal for high accuracy applications, such as medical, consumer electronics, and automotive applications. The resistor is also robust and rated for operating temperatures from -55 to +125°C.

The working principle of the CB15JB9R10 Through Hole Resistor is based on the concept of electrical resistance. In electrical circuits, current flows between two points, which is affected by the number of molecules in the conductor, the conductor’s cross sectional area, and the applied voltage. The current flowing through the resistor will cause a drop in voltage The resistance value of the resistor determines the amount of current flowing through the circuit, which affects the voltage drop. In other words, the resistance of the resistor creates a voltage drop to ensure the current flow remains within the safe limits, thus protecting the circuit from damage.

The CB15JB9R10 Through Hole Resistor is an extremely reliable and accurate resistor that is used in a wide array of applications. Its precise construction and environmentally friendly components make it suitable for high accuracy applications, as well as for a wide range of temperatures. Moreover, its working principle ensures that the current flow in the circuit remains within safe limits, thereby protecting it from damage.

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