173D226X9035YW

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Tantalum capacitors are components used in a variety of electrical systems, often for energy storage or signal filtering. The 173D226X9035YW is a particular type of tantalum capacitor. It is a chip-type capacitor, which means it is built into a small, flattened shape for easy installation. The most common application for this type of capacitor is in portable electronics, where a device must have space to store energy and/or filter signals with maximum efficiency.

The 173D226X9035YW has an electric potential of 6.3 volts and a capacitance of 5.6 μF. Its operating temperature goes from -55°C to 125°C, making it suitable to work in a variety of environments. It provides low insertion loss and very low leakage current, making it ideal for use in circuitry connected to sensitive components for precision control. It also has a very small size, making it ideal for use in mobile devices, where space is a premium.

The working principle behind the 173D226X9035YW is based on the same principles of any other capacitor: a galvanic connection is needed between two or more metal plates, separated by an insulator, to store electrical energy, or to block alternating currents while letting direct current pass. Upon connecting the capacitor to a power supply, direct current flows into one of the metal plates, creating an electric charge on the plate, and repelling electrons from the other plate. This is the charging phase of the capacitor, and it continues until the voltage on both plates is equal.

Once the plates are equally charged, the capacitor enters a stage called discharge. During discharge, the capacitor is drawn into the electric circuitry, enabling current to flow between the plates to other components of the circuit. This process continues until the capacitor is completely discharged. After that, the whole sequence begins again. This is how the 173D226X9035YW tantalum capacitor works.

The 173D226X9035YW tantalum capacitor is an efficient and reliable component widely used in a variety of electronic systems. Its small size, high capacitance, and low insertion loss make it an ideal choice for applications in portable devices. Its low leakage current and wide operating temperature range make it suitable for use in precision control and filtering applications.

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