CP00071K500KE66

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Through Hole Resistors are passive electronic components made up of an electrical resistance material, usually carbon or metal. They are commonly used to reliably limit the current passing through an electrical circuit, and to provide a certain level of voltage regulation or impedance matching. An example of a popular through hole resistor is the CP00071K500KE66, which is designed for high accuracy performance in tough operating environments. This article is a guide, explaining the application field and working principle of the CP00071K500KE66 resistor.

Application Field

The CP00071K500KE66 is designed for use in high-performance and reliability-critical applications, such as power supplies, automotive circuits, and instrumentation. It also has a wide temperature range and boasts an excellent load life rating, making it suitable for applications where long-term stability is important. Additionally, the resistor can tolerate high power surges and short-term power spikes, making it ideal for high-frequency switching circuits.

The CP00071K500KE66 is also popular in medical applications, as the part is designed to minimize crosstalk and interference among the electrical circuits of medical equipment. Its low-inductance construction ensures precise current-limiting and noise-free performance, while its robust construction makes it suitable for transporting in medical equipment.

Working Principle

Resistors are based on the fundamental principle of electricity: the flow of electrons. When electricity is supplied to a resistor, the resistor resists the flow of charge, generating thermal energy in the process. This thermal energy is released as heat. The amount of resistance provided by the resistor is measured in ohms. In the case of the CP00071K500KE66, the resistance is rated at 0.71kΩ (7100Ω), and can handle power ratings up to 500mW.

The CP00071K500KE66 is a through hole resistor, meaning that when it is connected to an electrical circuit, it must be mounted through a hole in the printed circuit board (PCB). This allows for a secure connection to the PCB without compromising performance or reliability. The through hole resistors can also provide more protective insulation compared to surface mount components, since they are completely encapsulated inside the PCB.

In terms of performance, the CP00071K500KE66 has an excellent linearity of ±0.5%, making it suitable for precision applications. It also has a maximum operating temperature of +95°C and can withstand shocks up to 100g (3.94m/s²). Additionally, the resistor has a low temperature coefficient of ±100ppm/°C, ensuring a stable resistance value over temperature.

The CP00071K500KE66 is a high-performance through hole resistor that can be used for reliable voltage regulation and impedance matching in high-performance and reliability-critical applications. With its low temperature coefficient, high power rating, and excellent load life rating, it is an ideal choice for applications that require long-term stability and accuracy.

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