URZ1E330MDD

Aluminum electrolytic capacitors are electronic components used to store electrical energy that is later released in a controlled manner. They are classified into several types, including polarized, non-polarized and hybrid. Within the polarized capacitors, there is a type called Polimotor, which stands for Polychloroprene-impregnated paper foil. The URZ1E330MDD belongs to this type.

Application Field

Power Supplies in Automobiles, Industrial Equipment & Aircraft

Due to their high performance and long lifespan, Polimotor capacitors are particularly suited for applications in demanding environments, such as a car, industrial equipment, or an aircraft. It is because of this that the URZ1E330MDD capacitor is often used in these areas.

The URZ1E330MDD Polimotor capacitor can be used in multiple types of power supplies, such as DC/DC switch-mode power supplies and in flyback converters for DC/AC power supplies. It is also used in AC/DC power supplies where the load voltage can vary widely, in vehicles with starter batteries and components of power systems running different voltages.

Process Control and Automation

Another common application field for the URZ1E330MDD capacitor is in process control and automation. It is used to smooth power fluctuations, reducing both the power peak current and the required reserve capacity. This results in an overall more reliable and consistent operation for the system.

Security Systems, Lighting and Measurement Equipment

The URZ1E330MDD capacitor can also be found in security systems, such as those controlling access to restricted areas; in lighting control systems; and in measurement equipment, for example to help stabilize or filter the signals from the measurement device.

Working Principle

When a particular voltage is applied to the URZ1E330MDD, a current passes through it representing electrical energy. This energy is stored in the capacitor, and is later released in a controlled manner as needed.

The capacitor is composed of two aluminum foil electrodes, which are separated by a spacer (the Polimotor). This spacer is impregnated with a highly hydrophobic polychloroprene material, which is very stable and resistant to heat and chemicals. This material also serves as an electrical insulator to prevent the capacitor from shorting out.

When a voltage is applied to the capacitor, the electricity flows through the Polimotor material, charging the two electrodes. The charged electrodes create an electrical field between them, and this is what stores the electrical energy until it is released.

The URZ1E330MDD has a specific capacitance, which is defined as the ratio between the charge stored in the capacitor and the voltage applied to it. This capacitance is what allows the capacitor to control the electrical energy going into and out of it.

The URZ1E330MDD is a high-performance capacitor that can be used in demanding environments. Its specific capacitance and working principle make it suitable for a variety of applications, such as power supplies, process control and automation, security systems, lighting, and measurement equipment.