30D185M250BB2A

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

Aluminum Electrolytic Capacitors are polarized capacitors with a large capacitance values per unit volume. They have very high capacitance values compared to other capacitors, and are most commonly used in power applications where low-inductance and long-term reliability are highly important. A typical AL-electrolytic capacitor is made of an anode, an electrolyte in the form of a liquid or a gel, and a cathode in the form of a thin metal foil with a dielectric oxide layer. The circuitry of the AL-electrolytic capacitor is made of an anode, an electrolyte, a cathode and a dielectric oxide layer.

There are two types of AL-electrolytic capacitors, one is ‘screw-type’ and the other is ‘radial-type’. The main difference between the two is that a ‘screw-type’ capacitor has two solid metal plates while the ‘radial type’ capacitor has a single solid metal plate that is surrounded by a surrounding air gap that serves as an insulating layer. The layer further reduces the amount of current that flows through the capacitor, providing superior temperature stability and reliability.

30D185M250BB2A capacitors are aluminum electrolytic capacitors typically used in power applications. They are suitable for high voltage, low current applications. The 30D185M250BB2A capacitors come in a ‘screw-type’ and a ‘radial-type’ configuration. The ‘screw-type’ capacitor has two plates instead of a single solid plate, and the ‘radial-type’ capacitor has a single solid plate surrounded by an air gap. The 30D185M250BB2A capacitors can handle up to five times the voltage of a conventional capacitor.

The 30D185M250BB2A capacitors are used in a variety of applications including audio/video equipment, motor drives, control systems, battery chargers, air conditioning systems and more. The most common application is to provide a quick discharge of stored energy in order to activate an electronic circuit in a system. The 30D185M250BB2A capacitors provide a high capacitance for a given volume and they have a long life expectancy, making them a good choice for applications requiring long-term reliability.

The 30D185M250BB2A capacitors are also widely used in power supplies, where they offer superior filtering performance, compared to conventional capacitors. The capacitor operates in a linear fashion, with a linear resistance in the positive and negative directions. This linear characteristic offers improved filtering performance, which helps reduce noise and interference in the system. They are also capable of operating at extremely high temperatures and in extreme climates or conditions.

The working principle of the 30D185M250BB2A capacitors is not particularly complicated. When a voltage is applied across the electrode plates of the capacitor, it interacts with the liquid electrolyte to create an electrical energy field. This electric field creates a separation of charge, allowing charge carriers to flow from one plate of the capacitor to another. As the polarity of the applied voltage changes, the charge carriers must switch directions. The process of switching the directions of the charge carriers is called capacitance.

The 30D185M250BB2A capacitors are highly reliable and long-lasting components that offer excellent performance and reliability in a variety of applications. Due to their unique properties and long-term reliability, the 30D185M250BB2A capacitors become one of the most popular choices for power applications. They are an excellent choice for any application where reliability, long-term performance, and safety are critical requirements.

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