AFK476M80G24VT-F

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Aluminum Electrolytic Capacitors are one of the most widely used electrical components in the world today. AFK476M80G24VT-F is one of the components in this category. This capacitor is a polarity-sensitive device which means that the leads must be connected with the proper orientation. It has a polarized aluminum electrolytic construction. The capacitance is usually 0.01µF to 1000µF. It must be operated within the specified range of voltage and temperature ratings.

Application Field of AFK476M80G24VT-F

The AFK476M80G24VT-F is mainly used for applications requiring a low-leakage current, wide temperature range, and higher dielectric breakdown voltage. The main application fields include:

• Automotive
• Communication systems (mobile, TV/ Audio broadcast, Fiber optic networks)
• Computer peripherals (memory, display, HDD)
• Consumer Electronics (TV, Video game, DVD, CD)
• Industrial Equipment (Robotics, Automation, Relays)
• Instrumentation (Food, Pharmaceutical, Environmental control)
• Medical Equipment (Telesurgery, Diagnostics)
• Military and Aerospace Equipment
• Power Supply Systems (UPS, Industrial robots, Machine Tools)
• Test & Measurement Instrumentation

The AFK476M80G24VT-F has a wide variety of applications across a range of industries. The capacitor is suitable for high-reliability, high-temperature and high-voltage applications such as over-voltage protection, motor controllers, battery management and high-voltage industrial and medical systems.

Working Principle of AFK476M80G24VT-F

The AFK476M80G24VT-F is a polarized aluminum electrolytic type capacitor. It has two aluminum plates, one is anode and the other is cathode. The anode is coated with a layer of electrolyte and is referred to as the dielectric. In between the two plates is a separator which is made of a paper-like material. The separator keeps the two plates from coming into contact with each other. The aluminum plates are connected to the lead terminals, which provide a path for current flow through the capacitor.

When an electric potential is applied across the terminal leads of the capacitor, ions (positively charged particles) from the electrolyte migrate toward the anode, while electrons flow through the external circuit towards the cathode. This electron movement creates a space charge between the two plates. As a result, a separation of electric charges is established between the two plates. This creates an electric field which has a capacitance that is determined by the distance between the two plates.

When a voltage is applied to the capacitor, electric charge flows into one plate and out the other as electrons move from the negative lead to the positive lead. The energy stored in the capacitor is a result of this electric field. The energy is stored in the form of an electric field. When the voltage is removed, the energy stored in the capacitor is released and the capacitor slowly returns to its original polarization.

The AFK476M80G24VT-F is a reliable and efficient component that can be used in a wide variety of applications. It is capable of handling a wide range of frequencies and temperatures, making it an ideal choice for robust designs. Furthermore, its low leakage current and wide temperature range make it an excellent choice for sensitive applications. The capacitor also has a wide variety of uses in industrial and medical applications.

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