6.3TLV6800M16X21.5 Capacitors

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Aluminum electrolytic capacitors, or aluminum electrolytic capacitors, are capacitors with an anode made of aluminum foil with a metal oxide layer, as well as a cathode made of electrolytic paper and metal foil. The 6.3TLV6800M16X21.5 aluminum electrolytic capacitor is one model of such capacitor widely used in the electronics industry.

This aluminum electrolytic capacitor features a capacitance of 6.3uF and a maximum operating frequency of up to 350kHz. It also has a rated voltage of 68 volts and a rated temperature of up to 105 degrees Celsius. Moreover, this aluminum electrolytic capacitor can withstand an operating temperature range from -40 to +100°C.

The 6.3TLV6800M16X21.5 aluminum electrolytic capacitor is suitable for a wide range of applications including power electronics, power supplies, radio transmitters and receivers, automotive applications, consumer electronics, and instrumentation. It is designed to reduce radio frequency interference, extend equipment life, and improve system reliability.

The working principle of the 6.3TLV6800M16X21.5 aluminum electrolytic capacitor follows the basic principles of electrolytic capacitors. As an electric current is passed through the electrolytic capacitor, an electric field is generated which causes the electrolyte to transfer positively charged ions and negate negatively charged ions. This process causes a build-up of charge which is stored in the capacitor.

The electrolyte also acts as an insulator between the two plates of the capacitor, preventing an electrical discharge and protecting the device from electrical overload. This allows the capacitor to store energy for an extended period of time and allows a consistent flow of energy in certain conditions.

In conclusion, the 6.3TLV6800M16X21.5 aluminum electrolytic capacitor is a cost-effective and reliable solution for a range of applications. It features a capacitance of 6.3uF, a maximum frequency of 350kHz, a rated voltage of 68 volts, and an operating temperature range of -40 to +100°C. It is designed to reduce energy consumption, reduce radio frequency interference, and improve system reliability.

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