T540D477M2R5DH85057610

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

Tantalum-polymer capacitors are electrical components that contain a tantalum core and a polymer dielectric system. Depending on the design, they can provide capacitance values from nano-Farads up to several thousand micro-Farads. The higher capacitance values of Tantalum-polymer capacitors offer several advantages over other types of capacitors. Because of their energy-storing abilities, these capacitors are ideal for a number of applications, from low-voltage circuitry to high-current power supplies.

The specific number T540D477M2R5DH85057610 refers to a particular type of Tantalum-polymer capacitor. This model is designed to provide a maximum capacitance of 2.5 micro-Farads in applications involving voltages of up to 85 volts DC. It has been designed with a tolerance of ±20%, corrosion resistance and a high temperature coefficient of -1.0%.

The application field of a Tantalum-polymer capacitor is vast and its potential uses span numerous industries. They are typically employed in applications requiring up to 1 million hours of life, or full-sized AC loads. These capacitors are frequently used in filters, amplifiers, oscillators, memories and power supplies. Additionally, the capacitors can be used for smoothing input-voltage ripple in DC/DC converters.

Tantalum-polymer capacitors are also frequently used in consumer electronics and medical equipment, as well as automotive ignition systems. In the automotive industry, these capacitors can be used for spark control, for example in the starter motor, fuel injection systems and even power steering systems. The capacitors are also used for filtering and buffering in digital systems such as computers and TVs.

The way these capacitors work is similar to that of any other capacitor. That is, they store electrical energy in the form of an electrostatic field. An electrostatic field is created when an electric charge is applied to the capacitor\'s terminals, producing a potential difference. This potential difference produces an electric field between the capacitor\'s plates, allowing it to accumulate an electrical charge. As the electric current flows through the capacitor, the electric field between the terminals accumulates an electric charge.

The maximum value of the electric charge that the capacitor can store is limited by its capacitance. If a larger amount of energy needs to be stored than the capacitor\'s capacitance allows, then the current must be switched off. This is done by a circuit breaker, which ensures that the capacitor does not become overloaded.

Tantalum-polymer capacitors offer several advantages over their traditional counterparts due to their higher capacitance values and higher temperature stability. The thin-film construction of the capacitors ensures that they are resistant to corrosion and electrical noise, and their small size makes them ideal for use in high-density circuits. In addition, the capacitors can be kept in place with a variety of mounting and connection techniques, including press-fit, screw-down and solder-attach. As a result, Tantalum-polymer capacitors are popular components in a variety of industries.

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