F911C336MBAAJ6 Capacitors

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Tantalum capacitors are small electronic components that store charge and can be found in nearly every type of electronic device, including cell phones, computers, consumer electronics, automotive systems, portable devices, and medical instruments. F911C336MBAAJ6 is a type of surface mount chip tantalum capacitor, mainly used in automotive and industrial applications due to its resistance to higher temperatures, shock and vibration. There are two types of F911C336MBAAJ6, including the molded capacitor and the encapsulated capacitor.

The F911C336MBAAJ6 molded capacitor is a surface mount capacitor with a molded body, an anode lead that is electrically connected to the anode, and a cathode lead that is electrically connected to the cathode. It has a high capacitance rating of 33µF, a capacitance tolerance of ±20%, and a voltage rating of 16V. The F911C336MBAAJ6 molded capacitor is well-suited for installations in automotive and industrial applications since it operates efficiently under high temperatures and has a high resistance to shock and vibration.

The F911C336MBAAJ6 encapsulated capacitor is similar to the molded capacitor except it has an additional plastic shell or casing that is meant to reduce the risk of a short circuit caused by a faulty circuit design. The casing is filled with a liquid dielectric in order to ensure that the capacitor remains operational even under severe vibration or shock loads. It also has the same capacitance rating and voltage rating but with a higher capacitance tolerance of ±10% compared to the molded capacitor.

The working principle of a tantalum capacitor is similar to other capacitors. A dielectric material, such as tantalum oxide, is sandwiched between two metal plates. When voltage is applied, a charge is built up on one plate, disrupting the electric field between it and the other plate. This disruption creates an electric field that stores the charge. The larger the charge on either plate, the higher the capacitance.

The F911C336MBAAJ6 is used in automotive and industrial applications due to its ability to operate efficiently under higher temperatures and its resistance to shock and vibration. It can be used for filtering and storing energy, as well as for suppressing electrical noise. The molded and encapsulated versions provide additional protection against short circuits, making them a reliable choice for any application.

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