10YXF2200MEFC16X16

Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are current-stabilizing devices and are largely used to restrain the high current-spikes that accompany power supply lines. They accommodate a large amount of capacitance per unit of volume than any other form of capacitor. This makes it an inseparable entity in the world of electronics.

The capacitors that are made with the help of aluminum, are known for their impressive performance, robust design, and low equivalent series resistances. They are favored for their exceptional properties over ceramic capacitors, as these are more reliable and economical for the application fields that they are mostly used for.

10YXF2200MEFC16X16 is the designation for a specific type of aluminum electrolytic capacitor that has a great deal of application in switching mode power supply systems, inverters, and even battery chargers. It has an advantageous property of low leakage, thus allowing a longer usage time. This capacitor also features an extremely low impedance, providing maximized efficiency to the switching system.

Application Field and Working Principle

The 10YXF2200MEFC16X16 aluminum electrolytic capacitor is mainly used in various electronics for its application field of DC-blocking, smoothing and power decoupling. This is efficient in controlling the amount of energy and protects the power supply system from any malfunctioning. It has a compact casing, which makes it easy to mount in various devices. The capacitor is also built to last, capable of sustaining temperatures of up to 105°C, and a maximum operating voltage of 250V.

The component works on the principle of electrolytic process, where aluminum is the primary component of the dielectric. An electrolyte is used to impregnate the capacitor and the electrically charged aluminum acts as a separator between the two capacitors. The alternating current of a system is exchanged to a low voltage, flow rate and power by the capacitor.

The anode foil of the capacitor is treated and rolled up to create an even surface. The anode foil forms the conductor with the electrolyte held between the dielectric of the aluminum oxide. The capacitance of the capacitor is determined by utilizing the capacitor gap between the anode and the electrolyte. The capacitance period of the capacitor is determined by an internal oxide layer, which gives surface area of the anode.

Benefits of 10YXF2200MEFC16X16

The 10YXF2200MEFC16X16 aluminum electrolytic capacitor offers numerous benefits to its users. Its impressive performance is due to its low ESR (equivalent series resistance) and low impedance. The capacitor also provides a very low leakage current. Its life is long, usually reaching 2000 hours at 105°C. These features make the capacitor an attractive option for a wide range of applications that require a reliable and economical capacitor.

The 10YXF2200MEFC16X16 capacitors are also capable of handling ripple current, harsh temperature, surge power, and can withstand pressure up to 16V. Its rigid construction gives it an edge over standard electrolytic capacitors. It possesses the ability to withstand large voltage variations and can accommodate surges such as spikes. Additionally, the capacitor shows an accuracy with respect to the capacitance it is designed to be.

Specifications

The 10YXF2200MEFC16X16 aluminum electrolytic capacitor has the following main specifications that make it highly desired for multiple applications:

• Rated Capacitance: 220uF
• Tolerance: 20%
• Capacitance Temperature Coefficient: ±20%
• Operating Voltage: 250V
• Ripple Current (at 105°C): 0.25A
• Temperature Range: -40°C to +105°C
• Size(L*D*H): 16*16*19.5mm

10YXF2200MEFC16X16 aluminum electrolytic capacitors offer the benefit of adding enormous capacitance to power supply lines without much cost. They can be regarded as robust devices; they are very small in size but offer amazing performance. They offer high-quality systems, a better-quality noise control; this is why it is considered as the key component in our day-to-day electronics.