150D105X0035A2B

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Tantalum capacitors are electro-chemical capacitors with an anode made from the metal Tantalum in a sputtered oxide layer of the dielectric. A solid manganese dioxide electrolyte is deposited on the dielectric and serves as the cathode side of the capacitor with a very thin separator placed between the dielectric layer and the manganese dioxide electrolyte. The use of tantalum to make capacitors was revolutionary at the time, offering significantly higher values of capacitance in a much compact and lightweight unit than any other capacitor type on the market. They are used to store electrical energy like early aluminum electrolytic capacitors, tantalum capacitors are now used in the consumer, industrial, and military markets.

The 150D105X0035A2B is an example of an axial-leaded, molded-in, miniaturized, cylindrical, SMD Tantalum capacitor with working voltage of 35V and capacitance of 0.1μF. This device is made with a tantalum anode, organic electrolyte, metallized anode, and tinned copper leads in a molded-in epoxy body. Its capacitance range is from 0.1 to 10μF and the voltage rating is from 4V to 35V. This capacitor is designed for DC, AC, pulse, integrated circuit, and other microcircuit applications.

The working principle of the 150D105X0035A2B is quite simple. In a basic electrostatic situation, a charge density is created when two metal plates are placed close together in space and a voltage is applied across them. The charge density on one plate is equal but opposite to that on the other. This creates a capacitance between the two plates and is directly proportional to the surface area of the plates and the distance between them.

Tantalum electrolytic capacitors are known for having a working voltage much higher than conventional electrolytic capacitors while maintaining a smaller form factor. This makes them ideal for applications such as DC/DC converters, buck converters, and other high-voltage/high-current applications. Additionally, their high performance in terms of low leakage current, high capacitance per volume, and long-term reliability give them an advantage over other capacitor types in certain applications.

The 150D105X0035A2B capacitors’ small size and relatively high current carrying capacity make them ideal for a wide range of applications, such as AC generators, energy converters, speed controllers, micro-inverters, power line filters, snubbers, and DC to AC converters. In addition, they are also used as spike suppressors to protect sensitive electronics from voltage surges and high-frequency noise. In this sense, it seems that the 150D105X0035A2B can be a great addition to any engineer’s toolkit.

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