TR3C107K6R3C0150

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Tantalum Capacitors

Tantalum capacitors are capacitors with capacitance made from tantalum that are often used in low-power systems. They were developed in the early 20th century and have since become extremely common. They are often used as replacements for ceramic capacitors and other types of capacitors in applications where they fit better than other types due to their higher dielectric strength, smaller size and their ability to handle high temperatures.

TR3C107K6R3C0150 Application Field and Working Principle

The TR3C107K6R3C0150 is a type of tantalum capacitor that belongs to the industrial tantalum capacitors class. This device is characterized by its high temperature rating up to 205 ℃, and its current handling capability up to 5 A. Its primary application fields include DC-DC converters, POL chargers, HVAC systems, UPS systems, among other high temperature applications.

Tantalum capacitors contain a sintered anode, which is the most conductive element in the unit. The anode is made from a tantalum powder that is compressed and sintered into a single solid element. The anode is then connected to the cathode by a metallic oxide. This oxide acts as the dielectric material between the two electrodes. The oxide works to retain the charge between the two electrodes and create the desired capacitance.

The working principle of TR3C107K6R3C0150 capacitors is the same as that of standard ceramic capacitors. A voltage is applied across the terminals, and the charge on the anode is reduced while the charge on the cathode is increased, which results in a storage of energy between the two electrodes. The dielectric material then works to stabilize this charge, resulting in the desired capacitance. When the circuit is no longer active, the energy stored between the two electrodes is released back into the circuit, thus allowing the component to perform its intended function.

The TR3C107K6R3C0150 is a great device for high temperature applications as it offers a high temperature rating up to 205 ℃. The device also comes in a wide range of capacitance values and is a suitable replacement for ceramic capacitors where its properties make it the better choice. This component is an ideal choice for different high temperature applications like DC-DC converters, POL chargers, HVAC systems and UPS systems.

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