ELXV630ELL271MK25S

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Aluminum electrolytic capacitors are widely used in the fields of electronic products and computers. They are divided into two categories: Polarized aluminum electrolytic capacitors and non-polarized aluminum electrolytic capacitors, of which the polarized aluminum electrolytic capacitors are divided into three types:ELXV630ELL271MK25S.Their common points are: small size, can withstand large current, have overtemperature protection and low cost.

The application field of ELXV630ELL271MK25S aluminum electrolytic capacitors and their working principle:

Application field of ELXV630ELL271MK25S aluminum electrolytic capacitors:

ELXV630ELL271MK25S aluminum electrolytic capacitors are mainly used in the following aspects:

• 1. Used in switching power supply, electronic power source, LED dimming power supply, charger and power amplifier circuit, etc.
• 2. Used in various types of rectifier circuits (bridges, principal half-bidirectional rectifiers, high frequency rectifiers, MOS FET rectifiers, etc.).
• 3. Used in DC converters, current damping circuits, high frequency inverters, etc.
• 4. Used in camera circuit, digital camera circuit, camera driver circuit.
• 5. Used in LED light power supply, speaker driver circuit, etc.
• 6. Used in communication systems, such as VoIP phone, cordless telephone, communication baseboard, etc.
• 7. Used in amplifier, power amplifier, electronic TV, intercom, monitor circuit, etc.
• 8. Used in various digital circuits, such as IC circuit, timer circuit, PWM circuit, signal detector circuit, etc.
• 9. Used in relay circuit, buzzer circuit, voltage stabilizing circuit, overvoltage protection circuit, etc.
• 10. Used in various oscillation circuits, clock circuit, transmission circuit, signal transmission circuit, etc.

Working principle of ELXV630ELL271MK25S aluminum electrolytic capacitor:

ELXV630ELL271MK25S aluminum electrolytic capacitors are made of electrolyte aluminum oxide film as the dielectric layer, and the electrodes are connected through the cathode and anode of the device. This type of capacitor can pass current through the electrolyte medium on the anode. When the applied voltage reaches a certain level, electrons start to grow into an electrolysis structure called "the Richardson structure", and each structure has a specific capacitance value. Therefore, when the applied voltage changes, the capacitance value will also change accordingly.

The superior performance of ELXV630ELL271MK25S aluminum electrolytic capacitor compared with other capacitor types can be attributed to its high capacitance due to the high dielectric constant of the film, as well as its ability to provide a large current in short time and provide high current with its relatively small size. In addition, this type of capacitor can withstand high temperature and has long service life due to the high safety value of the electrolyte.

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