T356M107K020AT

Introduction of T356M107K020AT

T356M107K020AT is a kind of passive electronic components shaped like cylinder mainly used in various electrical equipment. It is a kind of a tantalum capacitor with excellent properties such as low equivalent series resistance (ESR) and high reliable electric energy storage capacity. This capacitor, combined with a suitable power supply, can be used in a variety of electronic products. Here are just a few examples:

Application Fields of T356M107K020AT

• Power supply system — T356M107K020AT capacitor can be used in multiple forms of power supply system, such as audio and visual equipment and communications equipment. In fact, capacitors have been commonplace in power supply system for years and have a wide variety of applications.

• Planar transformer — Planar transformers require low equivalent series resistance (ESR) components to cope with large current loads. So T356M107K020AT is an ideal choice for such application. It has excellent temperature stability compared to other types of capacitors, which make it a suitable choice for use in the planar transformer.

• Motor control system — Motor control systems are widely used in automation, robotics, and so on. Such systems need to rapidly switch large currents between two different power sources, which is beyond the capability of traditional capacitors. In this situation, T356M107K020AT capacitors can be used as they are very stable in terms of temperature and able to handle large currents.

• Avionics equipment — Avionics is a field in which weight and size are very critical factors. So the components used should be lightweight with moderate size. T356M107K020AT capacitors provide an ideal solution for this due to their small size and reliable performance.

Working Principle of T356M107K020AT

T356M107K020AT is basically a two resistor type capacitor, composed of two electrolytic solutions of different pH values. The positive side of the electrolytic solution is charged with a positive voltage and the negative side is charged with a negative voltage, forming a capacitor. When a current is run through the capacitor, the positive and negative sides of the electrolytic solution exchange charges and therefore produce a voltage potential difference between them. The voltage potential difference is proportional to the amount of current run through the capacitor. This voltage potential difference enables the capacitor to store an electric charge, which can be used to power an electrical circuit.

When the capacitor is connected to a load, the stored electrical charge is slowly discharged and eventually dissipated to the surrounding circuit. The rate at which the stored electrical energy is dissipated is determined by two factors: the capacitance of the capacitor, which is a measure of how much electric charge it can store, and the resistance of the circuit, which determines how fast the stored electric charge is dissipated.

The excellent properties of T356M107K020AT capacitor, such as low equivalent series resistance (ESR) and high reliable electric energy storage capacity, make it a suitable choice for many electronic applications. Such as power supply system, planar transformer, motor control system and avionics equipment.