W2A45C472MAT2A

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Capacitor Networks, Arrays

The W2A45C472MAT2A is a component used for capacitor networks and array applications. It is a lightweight, low-profile component with a dielectric constant and capacitance value of 4.72 Farads (F). It offers an ultra-low impedance and a relatively high temperature coefficient of capacitance, making it an ideal component for capacitor networks and arrays, especially in industrial control and signal processing applications.

Capacitor networks consist of capacitors connected in a specific pattern to form a specific charge-disbrace electrical impedance across an AC signal. This specific arrangement of the capacitors is necessary to allow the signal to pass through with minimal distortion or noise. Capacitor arrays are similar to capacitor networks, but instead of connecting each component in a specific pattern, they are connected in a specific order so that all of the capacitors have the same capacitance and reactance. This allows the component to interact with signals with minimal losses, while at the same time offering high load capacity.

The W2A45C472MAT2A component is particularly suitable for applications requiring capacitor networks and arrays due to its low dielectric constant and relatively high temperature coefficient of capacitance. It provides an efficient capacitor network and array operation in industrial control, power conditioning, and signal processing applications. The component\'s ultra-low impedance ensures that the network or array operates efficiently and without losses, while its temperature coefficient allows for its use in a wide range of temperatures and conditions. Additionally, the component is lightweight and low-profile, allowing for easy installation into tight spaces.

The W2A45C472MAT2A component\'s working principle is quite simple. It stores electrical energy using its dielectric material and acts as a charge-displacing device. When an AC signal is applied to the component, it begins to oscillate, and its capacitance value increases or decreases depending on which direction the signal is travelling. This oscillation of the dielectric material creates a voltage between its positive and negative terminals. As the voltage changes, the component will store a certain amount of electric energy, and when the waveform changes, the component will release the stored electric energy to balance the waveform and create a stable, uniform signal.

The W2A45C472MAT2A component is an ideal choice for capacitor networks and array applications due to its efficient performance and low profile. Its wide temperature coefficient of capacitance and its ultra-low impedance allow the component to store and release electric energy in an efficient manner and provide the necessary stability to the electrical system in which it is used. Additionally, its low profile ensures that it is easy to install in tight spaces and its lightweight construction allows for quick and easy handling.

The specific data is subject to PDF, and the above content is for reference