W3A4YA220KAT2A

Dielectric Material:	Ceramic
Height - Seated (Max):	0.053" (1.35mm)
Size / Dimension:	0.063" L x 0.126" W (1.60mm x 3.20mm)
Package / Case:	0612 (1632 Metric)
Mounting Type:	Surface Mount
Ratings:	--
Temperature Coefficient:	C0G, NP0
Circuit Type:	Isolated
Number of Capacitors:	4
Series:	IPC
Voltage - Rated:	16V
Tolerance:	±10%
Capacitance:	22pF
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Tape & Reel (TR)

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Capacitor Networks

A capacitor network stands as a combination of several capacitors connected together in a back-to-back configuration in series and/or parallel. This configuration is very useful in impedance matching, so as to reach out to high performance and low cost device applications. The form of a capacitor network may be defined as fixed, variable, or as an array.The most common way to construct a capacitor network is to place discrete capacitors in a circuit together. When used together, the capacitors form an array that is able to modify the characteristics of the soft phase shift, and store energy for the purpose of power factor correction resulting in more efficient operation.W3A4YA220KAT2A

The W3A4YA220KAT2A is a particular type of capacitor network that is used as an alternative power supply. It is a capacitor network made of three capacitors, two in series, and one in parallel. It is generally used when a stable potential power source is needed.This type of capacitor network is well suited for a number of applications due to its low cost and versatile performance. The capacitors of this type of capacitor network are capable of providing high power density with low voltage losses and high shock resistance due to its configuration of two capacitors in series and one in parallel. It is also suitable for energy recovery from intermittent energy sources.Working Principle of W3A4YA220KAT2A Capacitor Network

The working principle of the W3A4YA220KAT2A capacitor network is based on charge stored in the capacitors. This type of capacitor network has three main components: the main series capacitor, the parallel capacitor, and the capacitor array.With the series and parallel capacitors in place, the working principle is based on the capacitance effect. The capacitance of each capacitor differs and the capacitance of the capacitor network builds up a voltage level to reach a desired level of the power supply.When the capacitors are not in use, the charge stored in them decreases from their maximum voltage level to the minimum voltage level, thus releasing energy. When the capacitor is in use, the charge stored in them increases from their maximum voltage level to the desired level, storing energy.The capacitor network works in different ranges of voltage and frequencies. It additionally works in both continuous and alternating modes. When the capacitor network is used in alternating mode, the capacitors are able to perform low impedance and large capacitance with high frequency for a power source as well as voltage regulation.When the capacitor network is used in continuous mode and frequency, it can provide an output power that is constant and reliable in accordance with the voltage requirement of the application. In addition, the capacitor network is able to provide the same voltage in standby mode or when a power source is suddenly lost or disrupted.Capacitor Arrays

Capacitor arrays are basically formed out of several single capacitors and are used as alternative power sources, due to their low voltage losses and high shock resistance. They are also commonly used in power factor correction, impedance matching and energy recovery applications.A capacitor array usually consists of several high voltage and low voltage capacitors arranged in a series and/or parallel configuration, depending on the application. One of the most common types of capacitor arrays is the linear capacitor array, which consists of a linear series of several capacitors in the same circuit.The main feature of capacitor arrays is the improved efficiency when compared to discrete capacitors. This is due to the capacitors’ shared adjacent-level capacitance, which helps the array yield higher voltages than what can be reached by single discrete capacitors.They are also easy to install and maintain given the fact that they are connected in a closely spaced configuration. This can help reduce the amount of space required for any applications, since the same output can be provided with a smaller footprint.Conclusion

The W3A4YA220KAT2A capacitor network provides an efficient and cost effective alternative for power source applications. It is particularly suitable for applications requiring high power, low voltage losses and high shock resistance. Also, capacitor arrays are highly efficient and easy to install. This makes them ideal for a wide range of applications, including energy recovery and power factor correction.

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