M39003/01-2767/98

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Tantalum capacitors, represented by the M39003/01-2767/98 series, are electronic components that are mainly used for signal coupling, filtering, and bypassing. The capacitors are formed using tantalum powder that has been pressed into pellets and sintered. This powder has been rolled and then compressed to form a solid dielectric or electrode in between two aluminium or carbon electrodes. These capacitors are popular due to their small size and weight, low cost, and high capacitance.

The M39003/01-2767/98 has a capacitance range of 0.022µF to 2.20µF and a maximum Current Leakage of 0.08µA at 25°C. It has a voltage range of 16V to 50V and a temperature range of -55°C to +85°C. The capacitors are encapsulated in an epoxy resin and have a case size of D-5.75-10.5mm x L 11.2-20.3mm.

The working principle of the M39003/01-2767/98 capacitors is based on the electrochemical phenomenon known as double-layer capacitance. As a voltage is applied to the capacitor, two layers of charge form on each of the opposing surfaces of the dielectric or electrode. This acts as a barrier that restricts current flow and stores the electric energy between the two layers. This stored energy can then be used to supply a current when the voltage is changed. The capacitance of the device is a measure of the amount of energy it can store.

The application field of the M39003/01-2767/98 series capacitors range from signal coupling and filtering to bypassing. They are often used in circuit designs that require high programming accuracy and high frequency operations. They have also been used in medical devices, power amplifier circuits, and as part of power supply systems. Due to their low cost and high capacitance, they are well suited for a wide variety of industrial and commercial applications.

Tantalum capacitors, like the M39003/01-2767/98 series, offer many advantages when compared to other electronic components. They have a small size and weight, low cost, high capacitance, and a wide temperature range. These capacitors are also reliable and easy to use in complex circuit designs. This makes them a popular choice for many applications.

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