ECW-H10223JVB

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Film capacitors, also known as plastic film capacitors, are components that are employed in a wide range of electronic circuits. They are utilized to store electrical energy, and are created in a variety of ways. ECW-H10223JVB is a film capacitor that is produced from a metallized polypropylene film and designed for numerous applications.

One of the primary advantages of ECW-H10223JVB is its volumetric efficiency. This feature makes the capacitor suitable for usage in a wide range of applications because it is small and lightweight, yet is still able to store a large amount of electrical energy. Moreover, it has reduced series resistance, lower leakage current and higher CV than other film capacitors.

The working principle of ECW-H10223JVB is based on the capacitance effect which arises from the fact that two conducting plates, which are held at a certain distance , have the ability to store charge. As current passes through the capacitor, the electric field between the plates stores the charge. This charge affects the voltage across the capacitor, thus producing capacitive reactance. Once the capacitor is charged, the voltage stays constant, unless a leakage path is present.

ECW-H10223JVB is widely used in applications such as AC filters, power factor correction, lighting ballast, radio-frequency(RF) and communication circuits, medical equipment, and automotive systems. The device is capable of being soldered using lead-free reflow processes, operating in temperatures ranging from -55°C to 105°C, and has a rated voltage of 350 VAC.

In conclusion, ECW-H10223JVB is a film capacitor with a volumetric efficiency that makes it suitable for use in a wide range of electronic applications. The device is made from a metallized polypropylene film that is capable of operating in a variety of temperature ranges, has a rated voltage of 350 VAC, and can be soldered using lead-free reflow processes. It is widely used in AC filters, power factor correction, lighting ballast, radio-frequency(RF) and communication circuits, medical equipment, and automotive systems.

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