T86D157M6R3EASL

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T86D157M6R3EASL is a type of tantalum capacitor. It is a polarized capacitor that holds a certain amount of charge for its operation. Depending on its characteristics, it has different applications, working principles and performances.

T86D157M6R3EASL is typically used to reduce circuit noise, protect circuits from excessive voltages, and store energy. It uses a combination of anode and cathode material to store electrical energy. The anode material used is typically tantalum, which has a high solubility for oxygen. This allows for higher capacitance values than other types of capacitors. The cathode material, typically solid manganese dioxide, is used for its high dielectric strength.

The working principle behind the T86D157M6R3EASL involves the separation of positive and negative charges within its dielectric material. Specifically, the dielectric polarizes when a voltage is applied across the components terminals, resulting in positive ions being attracted to the positive plate, and negative ions to the negative plate. This creates an electric field between the plates, allowing the capacitor to store electrical energy.

The dielectric in the T86D157M6R3EASL also performs a safety function, as it prevents electric current from exceeding the rated capacitance value. Additionally, these capacitors come with a variety of configurations designed to fit various application needs. This includes axial, radial and SMT versions as well as ratings for working temperatures, voltage ranges, capacitance value and surge energy.

The T86D157M6R3EASL is ideal for many different types of applications because of its low-profile design, low leakage current, and high volumetric efficiency. Thanks to its light weight and high capacitance density, T86D157M6R3EASL is a great choice for applications that require small size and low-resistance charge and discharge circuits. It has been successfully used in consumer electronics such as audio systems, portable devices and digital amplifiers, as well as applications in the aerospace industry and medical device design.

Tantalum capacitors like the T86D157M6R3EASL provide numerous advantages over other types of capacitors. This includes better voltage input withstand, higher capacitance and lower self-interacting dissipation. Additionally, these capacitors are stable when exposed to thermal and mechanical shock, and their performance is much less affected by temperature variations than other types of capacitors.

In conclusion, the T86D157M6R3EASL is a highly reliable tantalum capacitor suited for many applications. Thanks to its dielectric layer, it has the ability to store electrical energy and protect circuits from excessive voltages, as well as reduce circuit noise. Additionally, its low-profile design and high capacitance density enable it to be used for small size and low-resistance charge and discharge circuits. Finally, its high voltage input withstand, high capacitance and low self-interacting dissipation provide numerous advantages over other types of capacitors.

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