36DX292F250CC2A

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors, or simply electrolytic capacitors, are capacitors composed of two aluminum foil electrode layers and an electrolyte solution in between them. Each electrode layer is an electrical conductor and is separated by the electrolyte layer, which is an electrical insulator. The electrolyte solution also provides a second conductive path to equalize the potentials of the two electrodes. The type and amount of electrolyte solution in the capacitor help to determine its electrical characteristics.

36DX292F250CC2A capacitors belong to this group of capacitors. They are a type of surface-mount aluminum electrolytic capacitor which has the highest temperature range amongst aluminum electrolytic capacitors. Their standard capacitance value range from 330uf to 1500uf at 6V and 10V, and up to 3000uf at 16V. The low ESR values of 36DX292F250CC2A capacitors make them suitable for applications in low ESR circuit designs. Additionally, the capacitors have high ripple current capability. They are created with an aluminum-polymer dielectric material that allows them to operate with outstanding performance under high temperature conditions.

In terms of applications, 36DX292F250CC2A capacitors are typically used in power supplies, computers, solar energy, medical, automotive, leading-edge smart devices and more. In a power supply, the purpose of the capacitor is to provide a short-term energy buffer when the load on the system fluctuates. In computers, the capacitor helps to stabilize the voltage level. It also helps to reduce the influence of outside electrical noise on the system. In solar energy, the capacitor is used to help stabilize the voltage in the inverter, which helps to ensure the energy conversion is done efficiently. 36DX292F250CC2A capacitors are also commonly used in medical device applications, such as CAT (X-ray) and ultrasound equipment, because of their low ESR values, stable capacitor values and superior temperature ratings.

36DX292F250CC2A capacitors have a working principle based on the Faraday law of electrolysis. This is a law which states that when a voltage is applied across a capacitor, the current flow is proportional to the applied voltage. The current is separated according to the polarity of the applied voltage, which means that if the voltage is reversed then the current flow is in the opposite direction. This current “charge” flows through the two electrodes of the capacitor, causing a charge imbalance on each electrode. This imbalance causes the electrons on one side of the capacitor to become attracted to the positive terminal of the voltage source, and the electrons on the other side of the capacitor to become attracted to the negative terminal. This creates an electrical field which holds the charges in place and allows the capacitor to store a charge.

Since this process is the basis of how 36DX292F250CC2A capacitors store and release energy, they are suitable for a variety of applications in which short-term power buffering is required. This type of capacitor is also well-suited for high temperature applications, such as medical devices, automotive electronics, and more. It has a wide range of capacitance values and an excellent temperature rating, which makes it an ideal choice for use in such applications.

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