ECJ-TVB1E472M Capacitors

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The ECJ-TVB1E472M is a type of capacitor network, which is primarily used in impedance-matching and decoupling applications and is available in a variety of different shapes, sizes, and constructions. And with its construction, it provides a low-pass filter that can be used to prevent noise and power disturbances from affecting the performance of the system.

The ECJ-TVB1E472M network is a 4-element, 2-line array in a through-hole epoxy finish and is available in an array of different capacitance values ranging from .47 µF to 470 µF. The construction of this particular capacitor network consists of two capacitors in series, one on each side of the network, with a third capacitor in parallel with the two on the same side. This provides the same effect as two separate two-inductor arrays wired in parallel, with one of the array legs having the same inductance as the other leg.

The working principle of the ECJ-TVB1E472M capacitor network is based on the resonance effect. When a voltage is applied to the network, the combination of capacitors in the network form a low-pass filter, allowing lower frequencies to pass through while blocking any high-frequency signals. This provides a natural decoupling of the system and makes it much more resilient to power disturbances.

The ECJ-TVB1E472M capacitor network can be used in many different applications. For example, it can be used in audio and video applications to provide smooth audio and video connections, or in transmission tasks to maintain the power supply of a system or to provide a stable signal. Additionally, this type of capacitor network can be used for impedance matching in high-frequency applications, such as microwave and mobile phone networks.

The ECJ-TVB1E472M capacitor network provides a reliable, cost-effective solution for a variety of applications. Its construction makes it an ideal choice for applications requiring low-pass filtering, while its wide range of capacitance values allows it to be used in virtually any application requiring impedance matching or decoupling. With its reliable performance and low profile, it offers a reliable and convenient solution for any application.

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