173D104X9035UW

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Tantalum capacitors are a type of electronic capacitor, sometimes referred to as tantalum electrolytic capacitors. These capacitors utilize tantalum as their anode material and have a very high energy density by weight. They also offer good volumetric efficiency, operating temperature range, and are relatively low cost. The 173D104X9035UW is a type of tantalum capacitor that has been designed for use in a variety of applications, and is used mainly for its high capacitance, wide operating temperature range, and low cost.

The 173D104X9035UW capacitor is a surface mount, polarized capacitor with a capacitance of 104μF, a voltage rating of 35 volts DC, and a maximum capacitance variation of ±20%. Its working temperature range is from -55°C to 85°C, and its dielectric thickness is 6.4µm. The casing for the 173D104X9035UW is made of a patented low-dissipation factor sulfurized epoxy plastic and has a resistance to moisture and shock. The 173D104X9035UW has a hermetically sealed construction that allows it to withstand high temperatures and pressures.

The 173D104X9035UW tantalum capacitor is utilized in a broad range of applications including automotive, telecommunications, computer, industrial, and medical instrumentation. In automotive applications, the capacitor provides high power reserves and is used in applications such as alternators, starters, and various other switching operations. In telecommunications, the capacitor is used for DC blocking, power supply, and voltage regulation. In computer applications, the capacitor is used for power supplies, clocks, frequency dividers, and expandable memory modules. For industrial applications, the capacitor is used for AC filters, power supplies, inverters, sensors, and voltage regulators. Finally, the capacitor is used in medical instruments for current rectification, voltage conversion and low frequency signal filtering.

The working principle of the 173D104X9035UW capacitor is relatively simple and is based on the capacitance of the tantalum disk which is between two electrodes. When a voltage is applied across the electrodes, the current in the circuit is limited by the capacitance of the disk and the electrodes. This results in a voltage drop across the capacitor, and a corresponding current flow in the circuit. The current flow in the circuit is a function of the capacitance, the applied voltage, and the frequency of the input signal.

The 173D104X9035UW is a highly efficient and reliable capacitor that has a wide range of uses in electronic and instrumentation applications. Its hermetically sealed construction ensures that it is resilient to moisture and shock, and its patented low-dissipation factor sulfurized epoxy casing ensures that the capacitance is maintained over a wide range of temperatures and pressures. Its comparatively low cost andhigh capacitance makes it an attractive choice for many design engineers and technicians.

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