M39003/01-2681/HSD

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Tantalum capacitors are widely used in many fields, thanks to their high electrical and chemical stability and low leakage current. M39003/01-2681/HSD is one of the most popular types of tantalum capacitors, which has been widely used in mobile phone, television and computer electronic equipment, motor, medical device and other industries. The following will explain the application field and working principle of M39003/01-2681/HSD.

Application field of M39003/01-2681/HSD

Mobile phones are widely used devices to communicate all over the world, and they have high requirements for electronic components, such as M39003/01-2681/HSD. It can reduce the size of the circuit in the mobile phone, and enhance the reliability. High temperature SMD tantalum capacitors, such as M39003/01-2681/HSD are especially suitable for mobile phones and other electronic equipment demanding miniaturization and high reliability.

Televisions and monitors tend to contain large amounts of EMF from the cathode ray tube, while M39003/01-2681/HSD is one of the most suitable capacitors to help protect the circuits of televisions and monitors. In addition, the capacitors should also have EMI-shielding capability, allow stable operation in high-temperature environments and offer high reliability.

Computer electronic equipment contains a lot of high energy components, while numerous electronic devices require a stable power supply, such as graphics cards, motherboards and optical drives. M39003/01-2681/HSD are ideally suited for such components in desktop and laptop computers, particularly where the frequency of pulses or EMI must be filtered out.

Working Principle of M39003/01-2681/HSD

M39003/01-2681/HSD is a type of aluminium electrolytic capacitor with a tantalum oxide anode and a tantalum oxide dielectric layer separated by an electrolyte layer. As a result, the anode (positive) and the cathode (negative) are connected by this oxide layer and the electrolyte layer, allowing positive and negative ions to move to form an electrical charge. The amount of charge created depends on the capacitance of the device. Therefore, when voltage is applied to the M39003/01-2681/HSD, the ions will form a positive and negative charge, resulting in an electrical field between the two areas.

The capacitance of the M39003/01-2681/HSD also depends on the size of the device. It has a maximum capacitance rating of 160mF, and it is rated for a maximum operating temperature of 125℃. With its ability to filter out high frequency signals, as well as withstand very high temperatures, M39003/01-2681/HSD is widely used in many different industries.

In addition, M39003/01-2681/HSD has a high insulation resistance which makes it ideal for circuits that require low leakage. This helps maintain the efficiency and reliability of the circuit, even in high temperature environments. Furthermore, it has the ability to withstand a wide range of voltage ratings, making it suitable for devices requiring a stable power supply.

Conclusion

M39003/01-2681/HSD is one of the most popular types of tantalum capacitors, which has high electrical and chemical stability and low leakage current. It is widely used in electronic equipment such as mobile phones, televisions, computer electronic equipment, motor and medical devices. The working principle of M39003/01-2681/HSD is mainly based on the charge transfer between the positive and negative electrodes connected by an oxide dielectric and an electrolyte layer. It can help filter out high frequency signals, withstand high temperatures and provide a stable power supply.

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