195D476X0020H2T

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Tantalum capacitors are one of the most important and often used types of capacitors. The 195D476X0020H2T variety is commonly used in a wide range of applications. This type of capacitor is known for its compactness, low ESR, and low leakage features. It is also a reliable and low-cost alternative to electrolytic capacitors.

The 195D476X0020H2T is designed with a tantalum anode and oxide film. It is encased in a hermetically sealed plastic case that is moisture and vibration resistant. The cathode can be either a sintered anode or a solid anode which is surrounded by a moist manganese dioxide dielectric. It is a polarized device and its polarity must be observed when attaching it to the circuit.

Due to its small size and capacity, the 195D476X0020H2T is commonly used in small handheld and portable electronics where space is limited. It is also popular in telecom systems, auto-electronics, power supplies, and consumer electronics. It offers high levels of stability and can handle high and low temperatures without the need for additional cooling. The capacitor is also ideal for applications in areas where voltage spikes, high shock, and vibration are present.

The 195D476X0020H2T operates by storing electrical energy in an electric field while blocking the passage of direct currents. It functions as an analog filter, storing energy when the voltage source is increased and releasing it when the voltage is decreased. This type of capacitor is able to maintain the balance between voltage and current by absorbing and releasing energy.

The 195D476X0020H2T has a maximum operating voltage of 20V DC and a maximum capacitance of 0.476uF. Its quality and endurance also depends on its temperature coefficient, frequency response, and leakage current. Its size is relatively small at 4.4 x 8 mm.

In conclusion, the 195D476X0020H2T type of tantalum capacitor is a reliable choice for a wide range of applications including small handheld and portable electronics, telecom systems, automotive electronics, and consumer electronics. It is designed with a tantalum anode, oxide film, and hermetically sealed plastic case, with a maximum capacitance of 0.476uF and a maximum operating voltage of 20V DC. Its small size, temperature coefficient, frequency response, and leakage current all make it an ideal choice for applications that require stability and performance in areas with voltage spikes, shock, and vibration.

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