F980G336MMA Capacitors

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 capacitors are some of the most widely used capacitors for various uses. The F980G336MMA is an example of one of these capacitors and has some interesting applications as well as a useful working principle.

First, let’s take a look at the capacitance rating of the F980G336MMA. This capacitor is rated at 1.5 farads and has a rated voltage of 33 volts. This means that it is suitable for those higher energy applications, such as automotive and industrial. It is also suited for uses in digital audio and video processing, where its good transient response characteristics can be beneficial.

In terms of applications, the F980G336MMA is ideal for decoupling noise and filtering power source circuits. It can also be used in situations where a larger filtered capacitor is needed and space restrictions are a concern. Due to its capacity rating, it can also be used for high-current applications without sacrificing too much power.

Aside from capacitance and voltage ratings, the F980G336MMA also has an environmental rating of 105°C. This means that it can be safely operated in rooms or in other areas where the temperature might exceed the normal range of operation. Furthermore, its low ESR and ESL ratings make it suitable for applications where noise and signal quality is important.

The working principle of the F980G336MMA is based on the same principles as most other tantalum capacitors. It consists of two electrodes, one of which is a metallic plate with a dielectric material as its insulating layer. The other electrode is a single tantalum wire, which is connected to the metallic plate. This wire is the source of the capacitance, as it holds an electrical charge that is used to create a small energy storage device in the capacitor.

The way the F980G336MMA works is by having an AC current pass through it. This current will vary in amplitude, which in turn will create an alternating voltage across the capacitor. This causes the electrons to move about inside the capacitor, creating a charge that is stored as energy. When the current is removed from the circuit, the capacitor releases the stored energy in an instant, allowing it to be used in the circuit once again.

As a conclusion, the F980G336MMA is a useful capacitor for those applications where high capacitance is needed and noise and signal quality is a concern. Its rated capacitance and voltage ratings make it suitable for automotive and industrial uses, but it can also be used for digital audio and video processing, and for decoupling noise and filtering power source circuits. Its working principle is based on the same principles as most other tantalum capacitors, and it creates a small energy storage device within the capacitors.

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