TAS105M035P1A

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Tantalum capacitors are a type of electronic component capacitor, which is mainly composed of anode, cathode, dielectric and metal shell. TAS105M035P1A is a type of tantalum capacitor. This product has good electrical performance, small size, high volumetric efficiency, flat frequency characteristic and long life. Therefore, it is widely used in various digital circuits, servo control systems, power amplifiers, computers, dynamic speakers, safety switches, suppressors, frequency converters, relay protection devices, audio amplifiers, etc.

The application field of TAS105M035P1A tantalum capacitor is mainly distributed in the following aspects:

1. Military field: With its excellent performance, TAS105M035P1A tantalum capacitors can be used in military field, as part of a military integrated system, such as missile guidance and control systems, command guidance reference systems, pulse and high-frequency power systems, etc.

2. Industrial field: The characteristics of self-control, counting and computing are used in the control, adjustment and regulators in industrial automatic control system.

3. Automotive field: TAS105M035P1A tantalum capacitors are often used in automotive electronic control systems, such as ignition systems, electronic fuel injection systems, and emission control systems.

4. Telecommunications field: As its excellent electric performance, TAS105M035P1A tantalum capacitors are also used in telecommunications systems, such as high-frequency transmission, digital filter networks, etc.

5. Home electronics field: Home electronics products have a wide range of applications, especially audio equipment, such as CD and tape players, home theater audio equipment and stereo speakers.

The working principle of TAS105M035P1A tantalum capacitor is mainly from its construction. The equivalent circuit of the negative pole of the diode capacitance is shown in the following figure. An anode made of tantalum metal is combined with manganese and end caps made of aluminum and titanium. The anode of the device is then filled with a solid manganese-bisulfate solution in a vacuum-filled container, and then sealed in an inert gas environment to protect the capacitor from any outside influences. The electrolyte and the dielectric solution form a capacitor when it is assembled in a device, and the charge and discharge equilibrium is formed when the capacitor is connected to a DC voltage source.

The charging process of a TAS105M035P1A tantalum capacitor consists of two stages: First, when a capacitor is connected to a DC voltage source, the ions in the solid electrolyte form a double electric layer at the interface between the anode and the electrolyte, respectively; after the capacitor reaches a certain voltage, the electric field intensity will increase, causing the electrons to move into the oxide layer of the anode and cause the formation of manganese-bisulfide. The second process is that when the charging process is completed, the electrons are stored in the electrolyte solution , then return to the anode, and the positive ions move into the electrolyte solution, forming a stable capacitor.

The working principle of a TAS105M035P1A tantalum capacitor can be understood as the process of charging and discharging of a capacitor through a circuit. When a voltage is applied across a capacitor, the electrons on the negative end of the capacitor will move to the positive end of the capacitor, and the ions in the electrolyte solution will also move to the positive end of the capacitor. When the voltage or current is removed from the capacitor, the electrons and ions will move back to the negative side, and the capacitor will return to its original state. In this way, the capacitors can store the energy, the capacitor can also filter or smooth the power supply.

In conclusion, TAS105M035P1A tantalum capacitor is widely used in military, industrial, automotive, telecommunications and home electronics fields, its working principle mainly through the charging and discharging process, through the current or voltage applied to the capacitor, in order to get the energy storage or current or voltage filter effect.

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