HAD15-0.4-A+G

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

AC-DC converters are devices which can provide a DC voltage from an AC current source. HAD15-0.4-A+G is one of the many types of AC/DC converters available. It is a high-frequency resonant SCR-based full bridge converter, meaning it utilizes an array of SCRs to produce a DC output from an AC input at a specific frequency and voltage. This device is used mainly in applications requiring high frequency, high efficiency, and low output ripple.

The main components of the HAD15-0.4-A+G convertor are a pair of switching SCRs and an array of parallel capacitors and a diode bridge. The two SCRs are used to switch the alternating voltage wave from the AC power source. The SCRs switch the AC voltage to the capacitor bank which stores the energy. The diode bridge then converts the voltage in the capacitor bank to DC which is then output from the device.

The main advantage of using the HAD15-0.4-A+G converter is its high efficiency and low output ripple. Its switching capabilities allow it to operate at high frequencies, up to about 20kHz. The high frequency enables the device to switch on and off quickly and efficiently, which reduces voltage loss and improves efficiency. It also enables the device to provide a more stable DC output compared to other AC-DC converter systems.

The HAD15-0.4-A+G converter is mainly used in applications which require precise DC output such as telecom equipment, high-performance computers, and power supplies for industrial and commercial electronic products. It is also used in automotive applications where it is used to convert from AC input to DC output. Its high frequency switching capabilities also make it suitable for use in applications where power delivered needs to be switched frequently and quickly.

The working principle of the HAD15-0.4-A+G converter is based on the oscillation of current produced from the SCR switching. During each switching cycle, current is forced through the capacitor bank leading to the oscillation of the current in the circuit. This oscillation is used to create the DC output voltage from the alternating AC input. The frequency of oscillation is determined by the size of the capacitor array and the frequency of the AC input. The higher the frequency of the AC input, the higher the frequency of the oscillation and thus the higher the output voltage.

The HAD15-0.4-A+G converter offers a high degree of flexibility for different applications. It can be customized for different AC input voltages and frequency to meet the output requirements of the application. The switching frequency can also be adjusted to suit the needs of the application. This makes it an ideal choice for applications where precise DC output is needed.

In conclusion, the HAD15-0.4-A+G converter is a high frequency, high efficiency, low output ripple device that is suitable for applications requiring precise DC output. It is an excellent choice for applications such as telecom equipment, computers, power supplies, and automotive applications. The high frequency switching capability makes it very attractive for applications where the power delivery needs to be switched frequently and quickly. Its versatility and flexibility make it a great choice for many power conversion applications.

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