ZWS10-12

AC/DC converters are devices used to convert alternating current (AC) to direct current (DC). ZWS10-12 application fields and working principles provide an insight into this increasingly important device.

Application Field

ZWS10-12 is essentially a kind of AC/DC converter, which is used for low voltage applications. This AC/DC converter is mainly used in:

• Automotive power supplies: It is used in cars, boats, and other transport vehicles for converting in-vehicle AC voltage into DC voltage.
• Industrial power: The converter is utilized in industrial power supplies to integrate different AC voltages efficiently and safely.
• Clean energy power supplies: AC/DC converter is necessary in clean energy power supplies for transforming renewable energies such as wind or solar power into usable energy.
• Home electronic power: The converter is used in home electronic power supplies for converting 230 Vac into 24 Vac as used in home appliances including central heating, air conditioners, ovens, and microwave ovens.
• LED lighting: ZWS10-12 is ideal for LED lighting as it can transform 230 Vac into an output voltage compatible with LED lights.

Working Principle

ZWS10-12 AC/DC converters are based on the principle of voltage conversion, which is to change the AC voltage provided by the power grid into DC voltage through AC-DC-AC conversion. They are powered up by an internal AC voltage, typically 220Vac, and produce DC voltage at an output ranging between 12Vdc and 48Vdc.

Usually, ZWS10-12 AC/DC converters consist of several parts, including a power rectifier, inverter, filtering, EMI, control and rectifier. The power rectifier is responsible for converting 220Vac voltage into an unregulated DC voltage. The inverter then converts the DC voltage into an AC voltage that can be used to supply consumers. The filtering process removes unnecessary frequency energy from the output voltage. The EMI is to suppress incoming and outgoing electromagnetic wave interference which may cause unintended control disruption. The control circuit is required to detect the device\'s condition and adjust the power to meet the changing requirements. Finally, the rectifier is responsible for identifying whether the output voltage is synchronized with the grid voltage.

Conclusion

ZWS10-12 AC/DC converters are commonly used for a variety of current uses. The working principle behind this device is based on the voltage conversion, which is to change the AC voltage provided by the power grid into DC voltage through AC-DC-AC conversion. Therefore, this device is of great use for powering a variety of different things.