T86C475K035EBSS

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T86C475K035EBSS is a type of tantalum capacitor, which can come in various sizes and includes an anode, anode cap, insulated sleeve, and metallic washer. As a kind of electrolytic capacitors, tantalum capacitors have become increasingly popular due to multiple advantages, such as small size and high capacitance. Besides, they are characterized by high stability, low self-inductance or ESL, wide temperature range and long lifetime.

The major application fields of T86C475K035EBSS capacitors are power supply and signal processing circuits. They can preserve their capacitance and very low leakage current over wide temperature ranges and different voltages.The application include digital camera, DVD, notebook and other consumer electronic products. Owing to their outstanding characteristics, these capacitors are also used to filter noise, bypass high frequency content, and to reduce rippling in dc power supplies.

The working principle of tantalum electrolytic capacitors is based on forming layer anode of a special type defined as "electrolytic tantalum" which is made of tantalum oxide. This oxide layer gives the capacitor its electrical properties. The cathode of the capacitor consists of an electrolyte material that is forced into the anode pores making contact with the anode in a process referred to as "soaking". After this process is completed, a capacitor is formed that exhibits unique electrical characteristics. This capacitor is usually polarized which means that the electrical connections must be attached incorrect order to the anode and the cathode. This is necessary to prevent damage to the tantalum capacitor elements and potential performance decreases.

T86C475K035EBSS capacitors are cost-effective, reliable components that have widely used in a variety of high-end electronics. Moreover, they can provide low impedance power supply and reduce noise at higher frequencies. The combination of these benefits has made this type of capacitor extremely valuable for a wide variety of applications.

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