107CKE400M

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors offer high capacitance in a small size. They consist of two electrodes which are separated by a thick liquid or gel electrolyte. An anode made from aluminum foil is rolled up into a cylinder and is coated with an oxide layer. A thin aluminum plate is then used to collect current from the anode. The cathode is made from an activated carbon or a Tin-Oxide layer. The anode and cathode are then connected to a dielectric which is usually made from tantalum. Between these dielectrics lies the electrolyte, which allows an electric current to flow between the two electrodes.

One of the most popular types of aluminum electrolytic capacitors is the 107CKE400M. This type of capacitor is constructed using a non-polarized aluminum electrolytic capacitor with a dielectric of Tantalum. This type of capacitor offers a high capacitance and excellent temperature characteristics, as well as great stability over time.

The 107CKE400M is used in a variety of application fields. It can be used in medical-device equipment and audio amplifiers, as well as in automotive and computer applications. It can also be used in the generation and distribution of power, in general purpose timing circuits, and in power factor correction and power supply in automotive and computer applications. This capacitor is also used for coupling applications and for filtering and DC blocking.

The working principle of the 107CKE400M is relatively simple. An electric field is created between the aluminum anode and the activated carbon or Tin-Oxide cathode. This electric field ionizes the electrolyte, and causes electrons to flow between the two electrodes. This allows for the capacitance to be build up and discharged as was required.

When the capacitor is in use, the electric current flows from the anode to the cathode. This creates an electric field within the dielectric material, which in turn causes the ions of the electrolyte to be forced towards the anode. As the ions accumulate at the anode, the electric charge at the anode increases, thus increasing the capacitance. Similarly, as the electrons flow from the anode to the cathode, the electric charge at the cathode decreases, thus decreasing the capacitance.

In summary, the aluminum electrolytic 107CKE400M capacitor offers high capacitance in a small size, making it ideal for a range of applications. They work based on the principle of electric fields between two electrodes, and allow for the accumulation and discharge of electric charge as required, in order to build up capacitance between the two terminals.

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