E36D201LPN102TA67N

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Aluminum Electrolytic Capacitors are capacitors with electrolyte-filled aluminum electrodes. They are mainly used to store energy, filter DC signals and form mutually dependent filters in computers, audio equipment and other electronic products. The E36D201LPN102TA67N is a radial-type, miniature aluminum electrolytic capacitor with snap-in components.

The E36D201LPN102TA67N has a capacitance of 2000uF, a voltage of 6.3V, a temperature range of -40°C - +85°C, and a maximum ripple current of 4.17A. It also has a maximum leakage current of 0.3uA, a rated life of 2000hrs at 85°C, and a rated impedance of 6.3Ω. The E36D201LPN102TA67N is also non-polarized, meaning it doesn’t have any positive or negative terminals.

The E36D201LPN102TA67N is commonly used in power supplies and power distribution networks. It can be used in motors, switching power supplies, frequency converters, AC/DC converters and other applications. It is also used in DC power distribution networks, providing reliable power and energy storage, and reducing the potential for power supply interruptions. In addition, the E36D201LPN102TA67N can be used in DC-DC converters to reduce system noise and improve the reliability of power distribution networks.

The working principle of the E36D201LPN102TA67N is quite simple. When a current flows through the capacitor, a voltage develops across its terminals. This voltage is determined by the capacitance, the amount of current flowing, and the rate of change of the current. The E36D201LPN102TA67N has an electrolyte-filled aluminum electrode which acts as an insulator and only allows a specific amount of current to flow through it. The volts across the plate of the capacitor build up over time, and when the capacitor is fully charged the current stops flowing.

In conclusion, the E36D201LPN102TA67N is an ideal choice for applications such as DC power supplies, DC-DC converters, and power distribution networks. Its relatively low voltage, low ripple current, and high current capability make it well suited for these applications. Additionally, its non-polarized terminals mean it can be used in both AC and DC circuits. The working principle of the E36D201LPN102TA67N is quite simple; when a current flows through the capacitor, a voltage develops across its plates, and the capacitor is fully charged when the current flow stops.

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