T95D277K004EZAS

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Tantalum capacitors are one of the most commonly used components in modern electronics, and the T95D277K004EZAS is one of the most popular types. This type of capacitor is highly advantageous and used in a variety of applications, owing to its impressive electrical properties.

This type of capacitor features a large, low-leakage electrolytic tantalum foil that is sealed in an epoxy-molded plastic body. This structure gives it a wide range of application fields including power conditioning, data storage, and filtering circuits. In fact, the T95D277K004EZAS can also be used in automotive and aircraft systems.

In terms of its performance, the T95D277K004EZAS is designed to provide excellent AC and transient response. It has a high capacitance-density and a wide temperature range of -55°C to +85°C, so it can handle high operating temperature environments. This type of capacitor also has high ripple current capability, low parasitic inductance, and excellent suppression of high-frequency noise. Moreover, the T95D277K004EZAS has excellent solderability, so it is easy to assemble in a variety of applications.

In terms of its working principle, the T95D277K004EZAS involves a five-layer electrolytic capacitor construction. The anode of the capacitor consists of two layers: a top layer of non-conductive tantalum oxide (Ta2O5) and a bottom layer of metal peptide (MnO2). The tantalum oxide layer serves as a dielectric, while the metal peptide layer stores charge. The remaining three layers of the capacitor are part of the electrode: a negative layer of electrolyte, a positive layer of electrolyte, and a conductive plate. The negative layer contains an electrolyte that is composed of a mixture of ionic species, while the positive layer has an electrolyte composed of positively charged species.

Overall, the T95D277K004EZAS is a versatile and reliable capacitor suitable for many applications. Its impressive electrical properties make it ideal for power conditioning, data storage, and filtering circuits. Moreover, its five-layer construction ensures excellent AC and transient response, high temperature tolerance, and excellent solderability.

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