35SEPF120M

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Aluminum-polymer capacitors are multilayer capacitors which employ an electrolyte in between the cathode and anode. This version of the capacitor is medium to high in its capacitance range, making it an ideal choice for a variety of applications.

The 35SEPF120M aluminum-polymer capacitor operates with a standing voltage of 120V and storage temperature of -25°C to +85°C. This makes it a great choice for applications that require a high voltage, such as power supplies in electronic systems or low-voltage lighting.

The 35SEPF120M capacitor is a non-polar device which means it has a symmetric sectional transfer function. This makes it particularly useful in power filtering applications where the load current needs to be evenly distributed between the cathode and anode without any DC voltage difference.

The 35SEPF120M capacitor has an electrolyte containing a variety of synthetic and mineral salts, including potassium gargle, ammonium gargle, manganese gargle and others. This electrolyte provides the device with a high charging and discharging efficiency and allows for high voltage operation.

The working principle of the 35SEPF120M capacitor is based on an interaction between the positive and negative electrode layers. As the positive electrodes are energized, they act as an oxygen generator, releasing oxygen molecules which reacts with the negative electrodes and produces ions. These then move through the electrolyte, allowing the capacitor to store a charge.

The 35SEPF120M capacitor has a wide range of applications, the most popular being used in power supplies and low-voltage lighting systems. It can also be used in a wide range of other applications such as radio receiving, computer power supplies, DC/DC converters, automotive electronics and many others.

In terms of reliability, the 35SEPF120M capacitor benefits from a low ESR and provides superior longevity when compared to many other capacitors. Its high-temperature endurance makes it a great choice for applications that require extreme performance, such as in automotive and military applications.

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