CA406067R00JR36

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Through-hole resistors are a type of fixed resistor, and the CA406067R00JR36 is a particularly important example. Resistors are often found in circuit boards where they are used to control current flow and influence electrical system behavior. The CA406067R00JR36 through-hole resistor is particularly useful in applications where it is necessary to dissipate significantly higher wattages than with a surface-mount resistor. It has excellent power handling characteristics and due to its size, has a higher power rating.

The CA406067R00JR36 is a power resistor, meaning it is designed to handle higher levels of wattage than other types of resistors. It has a solid ceramic core with high temperature range and a glass encapsulation that makes it flame resistant. It has a wattage rating of up to 2W and a resistance range of 0.1 MΩ to 5 MΩ. It is a three-terminal resistor with two pads and a central contact. The central contact is either an isolated metal alloy or metal-oxide-semiconductor.

The CA406067R00JR36 has a wide range of application including motor control, contactors, lighting and power supply circuit, LED lighting and automotive applications. It can also be used in measuring, feedback and other control loop devices. One of the primary features of the CA406067R00JR36 is its ability to dissipate heat away from the central contact. It can handle power ratings up to 2W and has a heat dissipating design that helps to keep temperatures within range, even under increased levels of stress.

The CA406067R00JR36 has very stable electrical properties that allow it to maintain its electrical characteristics over a wide temperature range. Its resistance is quite unique in that it can perform very well at higher wattage. One primary advantage of the CA406067R00JR36 is its large wattage capability and the increased power handling capacity it provides. It is also able to handle high frequency signals and help improve the overall efficiency of an electrical system.

The working principle of the CA406067R00JR36 is to control the current flow through the system. It does this by creating a resistance between its two pads. This resistance is created by an electric field generated between the two contacts, and this resistance is proportional to the applied voltage. As current passes through the system, the CA406067R00JR36 will resist and limit current flow. This allows for more efficient current regulation over a range of applied voltages and protects the system from overloading.

The CA406067R00JR36 is an ideal choice for many types of applications because of its excellent power handling qualities and stability. Its size makes it especially useful for applications where its heat dissipating design can be of use, and its wide wattage range is a real plus. The CA406067R00JR36 is often used in high voltage and current control loops, motor control, lighting and power supply circuits, LED lighting, and automotive applications.

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