TH3D106K035D0700

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Tantalum capacitors are a type of electronic component used to store electric charge. The specific capacitor in question—TH3D106K035D0700—is a surface-mount, non-solid tantalum capacitor with an applied voltage of 35 VDC. It is often used in audio-video applications and in computer motherboards, as well as in various medical devices and in industrial control systems.

The basic construction of a tantalum capacitor is a porous anode of tantalum powder pressed and sintered into a solid shape served as the dielectric material. The anode is then covered with MnO₂, followed by an anode cover for protection. The cathode of these capacitors is typically nickel or silver, and there may also be additional protective covers to protect from moisture and other elements.

Maximum size for this particular capacitor is 3 x 6.3 mm, with a maximum capacitance of 105µF and a maximum working temperature of -55°C to +125°C. In addition to its size, the TH3D106K035D0700 capacitor offers low-wear characteristics and a high dielectric strength. It is also highly resistant to temperature excursions.

The primary application of a TH3D106K035D0700 capacitor is its ability to act as a bypass capacitor, releasing short bursts of energy during signal transience or between stages of an electronic circuit. This type of capacitor operates at DC power levels and is non-polarized, meaning it can be connected in any direction.

The working principle behind a tantalum capacitor\'s operation is quite simple. As an electric charge is applied to the capacitor, electrons accumulate on the anode and holes develop on the cathode. This causes an electric field to form between the two electrodes and establishes the capacitance of the device. When the voltage changes, the electrons move back and forth between the electrodes, storing energy as electric charge.

In conclusion, the TH3D106K035D0700 is a surface-mount, non-solid tantalum capacitor with a maximum size of 3 x 6.3 mm and maximum working temperature of -55°C to +125°C. Its primary application is as a bypass capacitor, which acts as a buffer between stages of an electric circuit, releasing short bursts of energy when necessary. Its working principle is based on electric charge accumulation and the electric field formed between the anode and the cathode.

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