30CPQ080 Discrete Semiconductor Products

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

The 30CPQ080 Rectifier Array is a component used to control and convert electrical current. It is an array, made up of an even number of general diodes, which can be configured into different components depending on the task. This component is most often used in applications involving power control and rectification.

The primary function of the 30CPQ080 Rectifier Array is to convert AC energy to DC. It can convert an AC current of up to 1000V, and an AC current of up to 505A. This component is commonly used to create a DC source from an AC source, allowing for more efficient and controllable power output.

The 30CPQ080 Rectifier Array is made up of 10 diodes that are arranged in a two-phase design. Each diode is serially connected, creating two alternating phases. The alternating phases allow for efficient and quick conduction of electricity, creating a smooth and continuous DC current from an AC source.

This component is most commonly used in applications that require a DC power source. This could include battery chargers, electric mining tools, and medical devices. The component is also used in applications where high power energy is required, such as in electric vehicles and renewable energy systems.

The working principle of the 30CPQ080 Rectifier Array is fairly simple. When AC energy is applied across its terminals, the alternating current is broken down into its positive and negative components. The diodes in the component convert the alternating current into direct current, which is then outputted as DC energy.

In conclusion, the 30CPQ080 Rectifier Array is a beneficial component used to convert AC energy into a controllable DC source. Its 10 diode design is reliable and robust, allowing for efficient conduction of electricity, and its two-phase design makes for a smooth transfer of power. This component is most often used in applications that require a DC power source, such as battery chargers, electric mining tools, and medical devices.

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