CKCM25C0G1H100F060AL

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Capacitor networks and arrays are critical components of any electronic device. The CKCM25C0G1H100F060AL is a part of this family of components and is used in many applications. In this article, we will discuss the application fields and the working principle of the CKCM25C0G1H100F060AL.

Applications

The CKCM25C0G1H100F060AL is an array of 25 capacitors, each with a maximum capacitance of 1.0pF. This makes it ideal for applications in which high capacitance is required. It is commonly used in applications such as amplifiers and similar devices, where many spaced electrodes are required to ensure adequate isolation between each one. It is also often used in field-effect transistors and other high-frequency circuits, where the high capacitance and the low ESR (equivalent series resistance) and low ESL (equivalent series inductance) are crucial for performance. This is particularly evident for circuits operating at high frequencies, such as mobile communication devices, as the CKCM25C0G1H100F060AL is able to operate at up to 10GHz.

Working Principle

A capacitor works by creating a store of energy from an electric field between two electrodes. In a capacitor array, like the CKCM25C0G1H100F060AL, the capacitors are arranged so that each shares a common plate connected to one terminal, while the other terminal is connected to a corresponding separate plate. This arrangement ensures that the output voltage of each capacitor is the same, which is then added together to form the output of the array. This allows the array to store more energy and to operate at much higher frequencies than a single capacitor. Furthermore, the high capacitance of the CKCM25C0G1H100F060AL allows it to store more energy than most other arrays.

Advantages

The CKCM25C0G1H100F060AL offers many advantages over other capacitor networks and arrays. Firstly, the high capacitance of 1pF allows for more energy storage than most other capacitor arrays. Furthermore, the low ESR and ESL of the device enables it to operate at higher frequencies than other capacitor arrays. Additionally, the use of 25 individual capacitors in the array ensures that each one can be individually adjusted, allowing for customised performance.

Conclusion

The CKCM25C0G1H100F060AL is a highly versatile capacitor array that is well-suited to applications requiring high capacitance and high frequency performance. This array’s primary applications are in amplifier circuits, FETs and high-frequency circuits, where its low ESR and ESL ensure reliable operation. Additionally, the use of 25 individual capacitors allows for easy customisation, making this array an ideal choice for any application requiring such capabilities.

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