EMLK350ADA100MF61G

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Aluminum Electrolytic Capacitors (AECs) are electrical components that use an aluminum oxide layer to create a barrier that allows a capacitor to hold a charge. The EMLK350ADA100MF61G capacitor is a type of AEC that is used in a number of applications. It is known for its high reliability and excellent quality.

The EMLK350ADA100MF61G has a capacitor value of 350V and capacitance of 10uF. It has a lifetime rating of 95% at 105℃ with 5,000 hours. It also has a temperature range of -25℃ to 105℃, a withstanding voltage of AC 500V, and an insulation resistance of 500MΩ. It also has ripple current of 8.3A and an operating frequency of 2kHz. It is rated for applications with pulse potentials and ripple potentials.

The EMLK350ADA100MF61G has many advantages, such as being safety certified, operated at a wide temperature range, has high capacitance, has high insulation resistance, and possesses a long life expectancy.

The primary application field of the EMLK350ADA100MF61G is in power supplies. It can be used in a circuit with currents above 33A, as long as the voltage is within its operating range. It can also be used for various types of motors, electronic instruments, and audio equipment. This capacitor is also commonly used in computers, TVs, and air conditioning machines.

The working principle of the EMLK350ADA100MF61G is similar to that of any other capacitor. It involves the flow of electrons from one plate of the capacitor to the other, resulting in a potential difference. This potential difference is then stored in the capacitor, allowing it to be applied to another circuit. Since it is an aluminum electrolytic capacitor, it also uses an electrolytic aluminum oxide layer to prevent electron flow in one direction.

The EMLK350ADA100MF61G is a reliable and high-quality aluminum electrolytic capacitor that is suitable for a number of applications. Its high capacitance and good insulation resistance makes it suitable for power supply systems, and its large operating range makes it useful for motors, electronic instruments, and audio equipment. Furthermore, its working principle is similar to that of any other capacitor, relying on the flow of electrons across an aluminum oxide layer to hold a charge.

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