893D226X0035E2TE3

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Tantalum capacitors are widely used in modern electronic circuit design as energy storage elements. They are typically used as coupling or decoupling elements in the design of power supply filtering, and can also be used in high frequency bypass or blocking formats. Companies such as AVX Corporation produce a wide variety of tantalum capacitors which could typically be identified by a part number such as 893D226X0035E2TE3.

The 893D226X0035E2TE3 is a high quality solid electrolytic capacitor manufactured by AVX Corporation. The 3-digit code 893 indicates that the capacitor is made with Tantalum solid electrolyte and is based on an 8 case size. The next three digits 226 indicate the nominal capacitance of the device in µF, in this case 22µF. The 3-digit code 0035 indicates the voltage rating of the capacitor in DC volts, in this case a rating of 35 Volts DC. The two letters E and T indicate the temperature coefficient of the capacitor. The letter E indicates that the component is manufactured with a capacitor organic (MnO2) carbon film on tantalum component with a temperature coefficient of -20%. The letter T indicates the capacitor is a low ESR (equivalent series resistance) type with a maximum ESR of 35mΩ. The last letter E indicates Termination material for this capacitor is Organic Solderability Preservative (OSP).

The primary purpose of a capacitor is to store temporary electrical energy and then released when needed. As an energy storage element, the capacitor needs to be able to withstand the voltage, current flow, and temperature that may be encountered within the circuit environment in which it is used. When selecting capacitors for applications, it is important to ensure that all of these parameters are taken into account when selecting the capacitor type.

The 893D226X0035E2TE3 is designed to deliver a high capacitance value in a relatively small package, making it suitable for many modern design scenarios such as filtering and decoupling. Its low ESR and low temperature coefficient make it an excellent choice for very high frequency switch-mode power supplies and op-amp circuits. It also gives the capacitor excellent decoupling and filtering performance at high frequencies. In addition, its organic solderability preservative termination allows for a robust bond with other components.

In summary, the 893D226X0035E2TE3 is an excellent choice for many capacitor applications requiring high capacitance in a small package combined with robust performance in high frequency switch-mode power supplies and op-amp circuits.

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