THJD686K016RJN

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Tantalum capacitors are one of the most common and widely used types of electrolytic capacitors available. The THJD686K016RJN is an axial-leaded tantalum capacitor made by Kemet Electronics Corporation. It is a popular choice for many electronic devices, providing highly reliable and stable performance over a wide range of temperatures and frequencies.

The THJD686K016RJN has a capacitance of 6.8µF, a rated voltage of 16V, and a temperature range of -55 to 125°C. It is rated up to 105°C with a shelf life of up to 10 years. The component has an extended-life design that can withstand a high operating temperature and pressure cycles. The solid electrolyte is also highly resistant to shock, vibration, and surge protection.

The surface-mount THJD686K016RJN is a popular choice for applications where standard aluminum electrolytic capacitors may not provide the desired results. In these cases, the solid physicochemical properties of the capacitor can provide an increase in overall reliability and performance. The chip construction also allows for a smaller size and higher current capacities, which can improve the efficiency of high-end applications.

The THJD686K016RJN capacitors are mainly used as direct-current energy storage components in circuits with low frequency and low voltage, such as computer power supplies, clock generators, and LCD modules. They are also popularly used in military aircraft and satellite applications, as well as medical electronics where reliable operation is necessary. Other common applications include automotive electronics, cellular base stations, and data communication systems.

When it comes to the working principle of the THJD686K016RJN capacitor, it functions very similarly to other electrolytic capacitors. Inside the device, there are two electrodes: a positive anode and a negative cathode, which are separated by a dielectric layer. This dielectric material is usually made of a semiconductor, such as tantalum pentoxide, and is responsible for allowing the capacitor to hold a charge when a voltage is applied.

Because the dielectric layer is very thin, it can create a very high capacitance. When a voltage is applied across the capacitor, electrons will start to move from one electrode to the other. This creates an electric field that is stored in the capacitor, which can then be used to power the circuit. When the voltage is removed, the electric field will dissipate, and the capacitor will become discharged.

The THJD686K016RJN capacitor is a reliable and compact solution for devices requiring a reliable energy storage component. It provides a high capacitance in a small package and is designed to withstand a high operating temperature and pressure cycles. Its versatile and reliable design makes it a popular choice for many electronics applications.

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