CPR03130R0JE31

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Through Hole Resistors are mechanical passive components with a wide range of applications. The CPR03130R0JE31 is a product in this category, designed to serve as a protection element under extreme environmental conditions. Its form factor, construction, and features make it suitable for a wide range of applications.

The structure of CPR03130R0JE31 consists of a ceramic body, copper leads, and a pure tin coating. This combination results in a resistor that is highly resistant to both physical and chemical damage and provides superior thermal stability. The operating temperature range of this device is -55 to +125 ⁰C, making it suitable for applications ranging from high-temperature electronics and automotive to lighting and power exposed locations.

The working principle of the CPR03130R0JE31 relies on the fact that the resistor is made of high resistance ceramic material. This material’s resistance increases with excessive current, ensuring constant power can be dissipated. The resistor can be customized in various ways, allowing for application-specific resistance to be programmed in. By using resistance values, users can ensure current limitation in the circuit and consequently protect the device and its surrounding components from thermal stress or any other damage.

The CPR03130R0JE31 is widely used in industrial, automotive, and consumer electronics applications. It is ideal for use in battery packs, airbag systems, power supplies and other high power electronics, where a reliable and highly stable resistor is necessary. The device is also suitable for applications which require surge protection and current limiting in circuit designs. Its wide range of operating temperature makes it suitable for use in both cold and hot conditions.

In summary, the CPR03130R0JE31 can effectively serve as an ideal protection element for a variety of applications. Its construction and features makes it highly reliable and suitable for the most extreme environmental conditions. By virtue of its ceramic composition, the resistor provides superior thermal stability and very accurate and consistent operations. Its ability to be programmed for different resistances also makes it ideal for use in various applications, where accurate current limitation is necessary.

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