TAP105K035HCD

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Tantalum capacitors, a type of electrolytic capacitor, offer higher capacitance-per-volume over other alternatives. This makes them great for high-voltage circuit designs, where available board space in the design is limited. The combination of the high capacitance value, low ESR (equivalent series resistance - sometimes referred to as resistance) and long life-span has made tantalum capacitors an integral part of many electronic systems.

The TAP105K035HCD is an exceptional example of a tantalum capacitor. It has a capacitance of 105 microfarads (μF), a tolerance of 20 percent and a maximum operating voltage of 63 VDC or 16 VDC with surge. This little package contains a great deal of power. It can be used to store energy and stabilize voltage levels in many electronic systems.

The TAP105K035HCD is mainly used in applications dealing with power supplies and filters. Here, it is used to suppress any voltage spikes which may occur. A voltage spike is an instantaneous increase in voltage, in contrast to the normal steady supply of current. The 105 μF capacitor works to equalize the voltage, effectively acting like a shock absorber. This helps to keep the power supply clean and consistent, thereby allowing the application to run smoother and more reliably.

The capacitors can also be found in signal processing applications. They help to reduce high-frequency noise through filtering. In this case, the capacitors are used to block high frequencies and allow lower frequencies to pass through. This process is also referred to as “smoothing.” Other signal processing applications may also include timing circuits or oscillators, where they are used as timing elements.

The working principle behind tantalum capacitors is fairly simple. It begins with the negative end of the capacitor, or the anode. One electrode is made of tantalum, while the other is made of manganese dioxide. There is an oxide film inside of the tantalum oxide that acts as an insulator. Voltages between 15 and 20 volts create an electric field that triggers back electrons to the anode. This creates a steady current flow from the positive to the negative end.

A standard tantalum capacitor requires an extremely low leakage current due to its bipolar construction. In order to obtain this, the capacitor must be surrounded in a conductive epoxy that acts as insulation. This electrode and dielectric combination help the capacitor to store charge over a long period of time, providing effective power reliability.

The TAP105K035HCD has proven to be a reliable and high-capacitance capacitor in many circuit designs. Its low ESR contributes to its superior performance in power filtering and signal processing applications. With its ability to handle voltage spikes and suppress high-frequency noise, the TAP105K035HCD is sure to be an asset in any electronic design.

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