CKCL44X5R1H221M085AA

The CKCL44X5R1H221M085AA capacitor is a part of many capacitor networks and arrays. It has a very specific application field and a precise working principle. Capacitor networks and arrays contain a group of capacitors connected together.

A capacitor is a two-terminal device which stores an electrical charge and creates an electric field between the two electrodes. It is commonly used in many applications, from filtering and blocking signals to rectifying AC power. In networks and arrays, capacitors are used to provide a stable current path, reduce voltage noise, or create AC and DC voltage dividers.

The CKCL44X5R1H221M085AA is a capacitor designed for use in capacitor networks and arrays. Its specific application field is voltage-controlled, temperature-stable and low-error-rate DC-DC converters. It is a high-temperature Ceramic Capacitor with a capacitance of 4400µF, a voltage rating of 5V and an ESR of 1.221mΩ. It has an operating temperature range of -55°C to +125°C and a tolerance of ±20%.

The CKCL44X5R1H221M085AA works according to the principle of electrostatic induction. In this process, a voltage is applied across two connected capacitors and the capacitors accumulate electrical charges on each plate. When the applied voltage is removed, the capacitors hold the charge, thus storing energy. The amount of energy stored depends on the amount of charge on each plate and the size of the capacitor. The CKCL44X5R1H221M085AA has a large capacitor size and its high voltage rating means it can store a large amount of electrical charge.

In capacitor networks and arrays, the CKCL44X5R1H221M085AA is used to provide a stable current path and reduce voltage noise. This is achieved by connecting several capacitors in series to form a low-impedance path. This reduces the voltage noise and provides a more stable current path. The CKCL44X5R1H221M085AA can also be used to create AC and DC voltage dividers by connecting several capacitors in parallel.

The CKCL44X5R1H221M085AA is a key component in capacitor networks and arrays. Its specific application field and working principle make it suitable for many applications, from filtering and blocking signals to creating AC and DC voltage dividers. Its large capacitor size and high temperature tolerance also make it suitable for use in high-temperature environments. It is an essential component in many capacitor networks and arrays and is used to provide a stable current path and reduce voltage noise.