CGH532T250V5L

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Aluminum electrolytic capacitors are widely used in many kinds of electronic devices due to its high capacitance, excellent reliability and relatively low cost. CGH532T250V5L is one kind of aluminum electrolytic capacitor. It is designed for power electronics applications such as DC to DC converters and Uninterruptible Power Supplies (UPS). This kind of capacitor has high volumetric efficiency with small size. It also has the advantage of less ESR and better ripple current than other aluminum electrolytic capacitors.

CGH532T250V5L includes an aluminum case made of anodized aluminum material, which is a perfect insulation material against external interference and provides a long lasting performance. The core is made of an internal insulating paper separator which is surrounded by electrolytic grade of aluminum foil and filled with electrolyte material. The electrolyte material can provide larger capacitance than normal electrolytic capacitor. The connection terminals for power supply or source are located at the flank of the capacitor body, these are further sealed by hot-melt epoxy resin or special rubber sealant to ensure electrical safety.

CGH532T250V5L capacitors make use of anodizing technology. This technology is essentially a process of electrochemical incrustation in which a microscopic layer of aluminum material is deposited on the surface of aluminum to form a non-conductive film. This layer of film acts as an insulator when current passes through it, preventing any short circuit which could damage the capacitor. The anodizing process also provides for better thermal management. The process does not require any additional lubricants which can corrode the capacitor.

In terms of electrical characteristics, the CGH532T250V5L capacitors can support a maximum voltage up to 250V. The capacitance values of these capacitors generally range from 1uF to 220uF. The rated temperature range is between -55°C to 105°C with a rated ripple current between 0.8A and 1.5A. The leakage current of these capacitors is usually very low while the dissipation factor is higher.

The working principle of CGH532T250V5L capacitors is similar to that of any other aluminum electrolytic capacitor. A relatively low voltage is applied across the anodized aluminum film which causes electrolytic reaction within the separator. The anodized film gets charged with positive ions and forms a electric potential and electric field. The electrolytic liquid is then drawn towards the anodized film and forms an electric double layer between the dielectric paper and the anodized aluminum film. The electric field created around the capacitor allows for current to flow in a loop between the electrodes of the capacitor. The storage capacity of the capacitor increases with the increasing electric field.

The CGH532T250V5L capacitors are commonly used in various power electronics applications such as DC to DC converters, switching power supplies, automotive electronics, power factor correction, motor drivers and power supplies. They are also used for filtering and anti-interference in various electronic products. These capacitors are generally applied in low voltage applications as they can withstand 250V operating voltage and can provide relatively high capacitance.

In conclusion, CGH532T250V5L capacitors are suitable for a variety of power electronics applications. They have the advantage of high volumetric efficiency with small size, less ESR and better ripple current than other aluminum electrolytic capacitors. The anodizing technology improves the thermal management properties of these capacitors. The electrical characteristics of these capacitors are rated at 250V and the capacitance ranges from 1uF to 220uF. The rated temperature range is between -55°C to 105°C and the rated ripple current is between 0.8A and 1.5A. They are mainly used for filtering and anti-interference in various electronic products.

The specific data is subject to PDF, and the above content is for reference