CPCF05620R0JE66

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Through Hole Resistors are integral components in many electronic circuits. An example of one is the CPCF05620R0JE66. This device is an axial-lead resistor designed with 6,500 Ohms of resistance and a range of tolerances from 5% to 10%. It is rated to dissipate a total power of up to 3W and is made of a ceramic core with a silver coating to ensure reliable electrical performance.

The main advantage of this device is its high thermal performance. Due to its ceramic core construction, heat buildup is minimal and allows for higher power dissipation than many other Through Hole Resistors. This makes the CPCF05620R0JE66 perfect for designs requiring heat-sensitive devices like amplifiers.

In addition to its thermal benefits, the CPCF05620R0JE66 has an impressive range of electrical characteristics. Its 6500 Ohms of resistance, with a tolerance of between 5% and 10%, provide designers with a dependable resistor capable of decoupling signals, preventing electrical interference, and balancing voltage levels. This makes it suitable for a wide range of applications including battery powered electronics, LCD displays, and more.

To ensure reliable operation and functional safety, the CPCF05620R0JE66 is built with a fail-safe design. This includes a built-in over-temperature protection, which helps to ensure that the device continues to operate effectively, even at high power levels. The device also features a wide operating range, making it suitable for a variety of applications from 0.6V up to 32V.

The CPCF05620R0JE66 works by diverting current away from sensitive circuits and components. This is accomplished by the resistor\'s electrical resistance canceling out excessive voltage and current. The resistor can also be used to create a stable voltage supply, making it a versatile component that can be used in a wide range of applications.

The CPCF05620R0JE66 is a reliable and durable Through Hole Resistor that is suitable for a variety of applications. With its ceramic core design, high power dissipation capability, and wide operating range, it is perfect for high current and voltage environments that require dependable performance. Its fail-safe design, thermal benefits, and dependable electrical characteristics make it a popular choice for designers looking for a reliable and affordable resistor.

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