CA00011R000JR05

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Through Hole Resistors

The CA00011R000JR05 through hole resistor is designed to provide two-terminal electrical resistance and, in some cases, current-limiting or squelch functions. It is a small, solid-state component with a metallic case and a ceramic base. A precise value of resistance is obtained by carefully adjusting two or three of the components inside the case; these include resistors, capacitors, and inductors.

The resistance of the CA00011R000JR05 is altered by adjusting the internal components. This requires specialized equipment and experience in handling the components, as well as expertise in adjusting their respective values. The CA00011R000JR05 can provide a wide range of resistance values, usually from around 700Ω to 10KΩ. The resistor can be used in a wide variety of applications, including user-adjustable resistors, current-limiting circuits, voltage regulation, and overvoltage protection.

Application Field

The size and precision of the CA00011R000JR05 make it perfectly suited for various industrial and home automation applications, such as in computers, microwave ovens, process controllers, and even power tools. Other uses of the CA00011R000JR05 include communications systems, medical sensors, robotics, automotive control systems, and test and measurement equipment. The small size of the resistor also makes it a great choice for precise and accurate, yet space-saving, applications.

Working Principle

The CA00011R000JR05 works on the principle of Ohm\'s law. This states that the current passing through a circuit, proportional to the voltage applied across the resistor, will be at a constant with the same voltage applied.

The voltage applied to the circuit is divided between the two terminals, the current carrying current and the load. The voltage applied between the two terminals is known as the load voltage, while the voltage between either terminal and ground is known as the source voltage. The voltage across the resistor is equal to the difference between the load voltage and the source voltage. When the load voltage and source voltage are equal, the current will be zero; thus, the impedance of the resistor will be infinite.

The working of the resistor can be further explained as follows. The internal components of the CA00011R000JR05, such as the resistors and inductors, create a network that helps to divide the voltage applied to the resistor into two components, the load voltage and the source voltage. When the voltage applied to the CA00011R000JR05 is greater than the load voltage and less than the source voltage, the current will flow through the resistor, thus providing the desired resistance.

In conclusion, the CA00011R000JR05 is an excellent choice for industrial, home automation, and other precision applications. The resistor works on the principle of Ohm\'s law, and its components are adjusted to provide the desired resistance value. Its small size and flexibility also make it a great choice for space-saving designs.

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