150D107X0020S2BE3

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 widely used in electronic equipments, being a specialized device, they play an essential part in the function of a broad variety of those products. The 150D107X0020S2BE3 is a type of these capacitors, as such it needs to be properly understood in order to be employed in the best and safest manner.

In terms of application fields, the 150D107X0020S2BE3 is applicable to industrial key set radios, audio equipment, televisions, spares, rechargeable batteries and many more. Due to its general characterisitics, it can be employed in the most different systems, allowing for a wide range of options. As such they are often seen in the most varied applications.

In large scale electronic devices, such as personal computor systems, mother boards and certain telecommunications based systems, the 150D107X0020S2BE3 capacitors are required for the reliable functioning of the product. As such, the major use for them is very important performance improvement and increase of the shelf life of the product.

While each capacitor has its own value of capacitance, the 150D107X0020S2BE3 capacitor has a total of 4.7mF. This is enough and sufficient for the majority of applications, allowing for a large and diverse range of uses.

The 150D107X0020S2BE3 also presents a very good Voltage rating, being able to constantly maintain just under 25V DC. This makes it an excellent choice for a fair variety of electronic systems.

To better understand the working principle of the 150D107X0020S2BE3, it is important to understand the basic inception of a capacitor in general. Capacitors are usually composed by two metallic plates and a non-conductive material between them. When an voltage is applied, the electrons in the two plates will be induced and a certain charge will be built up between the plates. The charge will remain in the plates until the induced voltage is removed, where the existing charge will be released in a current.

With this principle we can now understand how the 150D107X0020S2BE3 works. When a voltage is induced in this capacitor, the electrons in the two plates will be attracted, the voltage is maintained until the same induced voltage is removed, where the now charged plates will release the electrons in the form of a current.

This same current will passed through the rest of the system, allowing for the components to react accordingly, thus providing the electronic device the expected output.

The 150D107X0020S2BE3 also provides an extra safety feature in the form of a Polymer Cap. This Cap provides protection against short-circuits, keeping the capacitor safe from permanent damage.

Due to its overall characteristics, these capacitors are often seen in broadcasting radios, digital communication systems and industrial automation systems, such as those used in nuclear reactors.

In conclusion, the 150D107X0020S2BE3 is a versatile and reliable type of Tantalum Capacitor which is applicable to a variety of electronic systems. Its 4.7mF capacitance is sufficient for most devices, and its 25V DC Voltage rating ensures it can be safely used. Thanks to the Polymer Cap, it is also safe from short circuits. With such qualities, it is easy to see why these capacitors have become an popular choice for many electronic equipment.

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