6TPC150M

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Tantalum – Polymer capacitors are a type of technology that offers many advantages over conventional aluminum electrolyte capacitors. This technology is based on a dielectric material containing an aqueous electrolyte and a polymer material that requires a dc voltage in order to form an electrical connection between the two. The amount of dc voltage required depends on the specific application.
Tantalum – polymer capacitors offer a number of advantages over their traditional counterparts, such as improved temperature stability, improved electrical properties, and higher reliability. They can operate from -55 to 85 degrees Celsius and are ideal for applications that require a higher level of voltage. In addition, they also have a low ESR (equivalent series resistance), which can help to reduce losses in power applications. In terms of capacitance, tantalum – polymer capacitors have a nominal capacitance range from 2.2 µF to 200 µF, with a range of 6TPC150M being available. This range is the most common for general purpose applications. They also have a wide operating voltage range, from 2.5V to 120V, and a high ripple current rating, making them suitable for high power applications.
The 6TPC150M tantalum – polymer capsule uses a specialty polymer, containing a robust electrolyte and engineered construction. This allows it to provide a number of features, such as high capacitance, low ESR, excellent stability, high ripple current, high temperature performance and more. Due to the robust construction, these capacitors offer excellent reliability and durability in harsh and high temperature environments, making them suitable for use in applications that require extended life or high temperature operation.
The working principle of the 6TPC150M tantalum – polymer capacitor is based on the use of an aqueous electrolyte, a solid polymer and an electrical current. The aqueous electrolyte provides the ionic charge required to form the electrical connection between the two. The solid polymer is then applied onto the dielectric surface of the capacitor, where it acts as a barrier to the ionic charge. The electrical current is then used to build a charge bridge across the dielectric surface and the polymer, to form the electrical connection. This electrical connection is then used to store energy within the capacitors’ dielectric material, allowing it to be used in various applications.
Tantalum – polymer capacitors are an ideal solution for applications where high temperature operation and high capacitance are required. The 6TPC150M type has a wide range of applications, including pulse power systems, data communications and motor control circuits. As such, they can be used in many different industries, including automotive, consumer electronics, medical and even military.

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