M34C106K125BZSS

Tantalum Capacitors

Tantalum capacitors, also known as electronic components, are most commonly used in accompanying circuits of electronic products such as electronic watches and digital cameras. Compared with traditional aluminum electrolytic capacitors, their main advantages are high temperature, high pressure and small size, which can be used in relatively harsh environments. Tantalum capacitors are widely used in computer motherboards, game consoles, commercial appliance control boards, mobile phones, battery modules, laser printers, TVs, digital video and audio players, laundry cameras, air conditioners, automobiles and aircraft.

M34C106K125BZSS Application Field and Working Principle

M34C106K125BZSS refers to a type of low-voltage tantalum capacitor specifically. The operating voltage value of this product is between 3V and 16V. Generally, M34C106K125BZSS products are mainly applied in industrial fields, such as microprocessors, digital LED, military equipment, space equipment, advanced automation and so on. In these occasions, this type of low-voltage tantalum capacitor can work reliably.

From the working principle, it can be seen that M34C106K125BZSS products are mainly composed of two electrodes. One of the electrodes is in a porous form and is made of tantalum. And the other electrode is connected to the solid electrolyte, mainly composed of MnO2. When reverse voltage is applied, it will form a layer of production on the surface of the tantalum powder, which is called an insulating oxide film. The tantalum capacitor is in the “off” state when it is not operating, and it enters the “on” state when a certain voltage is applied. At this point, a large amount of current can pass through to complete the charge and discharge process. This process completes the operation and maintenance of the capacitor.

In summary, M34C106K125BZSS is a type of low-voltage tantalum capacitor, mainly used in industrial fields such as microprocessors, digital LED, etc. Its main working principle is that when a certain voltage is applied, a large amount of current can pass through the capacitor to complete the charge and discharge process.