CWR29HB105KCAC

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Application Field of CWR29HB105KCAC

CWR29HB105KCAC is the popular name for a series of tantalum capacitors made by Vishay, a major global supplier of electronic components. Tantalum capacitors are widely used in many industrial applications due to their high capacitance and stability. CWR29HB105KCAC is one of Vishay’s latest development and is designed to provide high capacitance combined with low ESR and high-frequency response.

The CWR29HB105KCAC series of capacitors are typically used in electronics related to communications, broadcasting and power conversion. These capacitors can be used in high-frequency and high-voltage switching power supplies in order to reduce the buzz or interference created by the power supply. CWR29HB105KCAC is also used in motor control applications due to its high capacitance ratings. They can also be used in high voltage DC power supplies and other power management technology.

The use of these capacitors does not stop at electronic and power applications. CWR29HB105KCAC are also used in medical applications such as in medical imaging and other medical diagnostic equipment due to its high frequency -response and stability. This capacitor can also be seen in aerospace and military applications due to its ability to withstand high temperatures and extreme conditions.

Working Principle of CWR29HB105KCAC

The CWR29HB105KCAC series of tantalum capacitors are composed of a series of layers of tantalum and other dielectric materials. The core of the capacitor is made up of a sintered tantalum powder, which is typically treated with a high-temperature sintering process. The powder is then processed in order to form the anode and cathode layers of the capacitor.

The capacitance of a capacitor is determined by the value of the electric potential (like voltage) used to charge it. In the case of tantalum capacitors, this electric potential is supplied through two different types of electrodes. One of these is the anode, and it is made from a thin sheet of tantalum metal on which the insulating layer of dielectric material is deposited. The other is the cathode, which is a layer of metal oxide containing the dielectric material. This layer serves as the energy storage element of the capacitor, and the electric potential supplied to it is stored in the form of electric charges.

When a voltage source is connected to the anode and cathode of the capacitor, the electrostatic field generated by that voltage source causes an electric current to flow in the capacitor. During this process, the electric charge stored in the cathode is discharged and a corresponding amount of energy is stored in the anode. This electrical energy is released during the reverse process when voltage is applied to the capacitor, allowing it to discharge the stored energy.

Tantalum capacitors are preferred for many applications due to their high capacitance per unit volume, stability and low ESR. The CWR29HB105KCAC series of capacitors is specially designed to provide even higher performance and reliability in order to meet the demands of modern applications such as medical imaging, power conversion and motor control.

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