199D106X9035D1V1E3

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Tantalum capacitors are components that store electrical energy. By connecting the tantalum capacitor in parallel with the DC voltage source circuit, it can be used as an energy storage device, which can supply huge peak current when the load circuit suddenly draws current from the circuit. Therefore, they are widely used in many fields of consumer electronics, such as mobile phones, gaming consoles, DVD players, LCD TVs, and computers.

The common type of long life solid capacitor is 199D106X9035D1V1E3. It is a high-quality encapsulated type tantalum electrolytic capacitor. The encapsulated type has better moisture proofing performance and is suitable for use in humid environments. Its diameter is not particularly large, only 10.6mm, but the thickness is larger than most other types of capacitors, up to 9mm. The rated voltage is 1.5V and the total capacity is 35.88mF.

199D106X9035D1V will automatically cut off the charge and discharge process, effectively increase the safety of the circuit, and effectively reduce the time for the circuit to work. Due to its high stability, long life and large capacity, this tantalum capacitor is widely used in the electrical and electronic fields. Its working principle can be divided into three stages: pre-charging, discharging and maintenance charging.

At the beginning of pre-charging, the device is connected to a dc source (usually connected in parallel with the load). When the capacitance is empty, a constant current begins to charge. When the output voltage of the power supply reaches its threshold voltage, the current stops flowing and the process of pre-charging is completed. Then, it turns to discharging stage. In this stage, current will begin to flow from the capacitor to the load, the voltage across the capacitor will decrease, and the time for the discharge process depends on the time constant of the discharging circuit.

Finally, it enters the maintenance charging state. In this stage, the capacitor will automatically cut off the charge and discharge process, and charge a little against the current of the load circuit every time. Thus, the capacitor can effectively maintain its voltage. This process is called maintenance charging and it has the advantage of reducing the time of work for the circuit.

To summarize, the 199D106X9035D1V1E3 tantalum capacitor is widely used in electrical and electronic fields and its working principle can be divided into three stages: pre-charging, discharging and maintenance charging. Pre-charging provides the required energy for the system device to begin the normal operation, and discharging supplies the energy for the system device working. Maintenance charging ensures the stability and safety of the circuit. As tantalum capacitor technology continues to develop, it will bring about greater convenience and development opportunities for the industry.

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