CKCL44CH1H470K085AA

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Capacitor Networks, Arrays

CKCL44CH1H470K085AA is part of a type of capacitor arrays and networks commonly used in all kinds of electronic circuits. Typically, capacitor networks and arrays consist of more than one capacitor wired together in some kind of configuration. The CKCL44CH1H470K085AA array is comprised of four 4.7 µF capacitors wired in parallel. It is designed for use in high-frequency circuit applications with wide temperature ranges. This particular capacitor array has a demonstrated stability over time and temperature variations (the stability is measured in percent, with a -55°C to +125°C operating temperature range); this attribute makes it popular for use in temperature- and time-sensitive applications.

The purpose of capacitor networks and arrays is to provide a single and simple device that combines the capacitance of multiple capacitors connected in a predetermined way. These arrays and networks can help to reduce costs, reduce the size of printed circuit boards, and increase voltage range or bypass current capabilities. They are also valuable in reducing cross talk and attenuating noise frequencies in design.

The basic working principle of a capacitor network or array is that of a capacitor or capacitors connected in series or parallel. A capacitance value can be obtained by connecting multiple capacitors, wired in series or parallel, to form a voltage divider with the resistance across each capacitor the same. The capacitance of individual capacitors when connected in series is equal to the reciprocal of the sum of the reciprocals of the individual capacitors; this rule is called the "series connection rule". Similarly, the capacitance of each capacitor when connected in parallel is equal to the sum of the individual capacitances; this rule is called the "parallel connection rule".

For circuits using CKCL44CH1H470K085AA, the parallel connection rule applies. In order for the array to operate with the desired capacitance value, it is essential that the wiring connections are followed. Otherwise, the array will not operate as intended. If a single capacitor fails or is damaged, the entire array will be affected; this means it is important to check the wiring and connections to ensure the array is functioning as expected.

In addition to its use in high-frequency circuits, the CKCL44CH1H470K085AA array is commonly used in low-power dc-dc converters, software controlled systems, signal processing applications, analog-to-digital converters, and mixed signal applications. The array also has resonance frequencies that can be used in applications such as radio frequency signal modulation and filtering. It is also used in circuit protection, signal level detection and switching.

Overall, the CKCL44CH1H470K085AA capacitor array is an excellent choice for use in high-frequency electronic applications due to its considerable temperature range and stability over temperature and time. Its ability to easily integrate into a circuit provides immense value to engineers and designers alike. Understanding the basic working principle of capacitor networks and arrays will also help in designing circuits with better overall performance.

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