TVX1V471MCD1LT

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

Aluminum Electrolytic Capacitors is an electronic component commonly used in electronic circuits. The TVX1V471MCD1LT is one such component of this type. This article will discuss the application field of the TVX1V471MCD1LT and its working principle.

The TVX1V471MCD1LT belongs to a family of aluminum electrolytic capacitors which are used primarily for filtering and noise suppression, and also as part of power supply circuits. This particular type of capacitor has a wide range of usable voltage and capacitance values, meaning that it is suitable for use in a variety of applications. It is commonly used in high frequency AC circuits, and is also useful for frequency-dividing circuits, such as oscillator circuits, and for signal filtering.

The main advantages of using this type of capacitor are its reliability, low self-inductance, and its ability to withstand high voltage. It also has a high ripple-handling capability, meaning that it can handle large AC voltage fluctuations or "ripples", making it suitable for applications that require high-density power regulation. Additionally, it has a high dielectric strength, meaning that it can withstand high working voltages and current.

The working principle of TVX1V471MCD1LT is based on the physical phenomenon of dielectric polarization. It works by storing an electric charge between two plates separated by an electrolyte, which is an ionic compound that is highly conductive. When an external energy source is applied to the capacitor, an electrostatic field is created within the device, causing an opposite charge to be stored on each plate. This results in a capacitance, or the ability to keep a voltage charge for a period of time.

The TVX1V471MCD1LT is an ideal component for applications that require power regulation, filtering and noise suppression, or frequency division. It is also suitable for high frequency AC circuits, and is known for its reliability, low self-inductance, and its ability to handle high voltages and current. Its working principle is based on the physical phenomenon of dielectric polarization, and it works by storing an electric charge between two plates separated by an electrolyte.

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