2938222

Power (Watts):	960W
Approvals:	CB, cULus, cURus
Minimum Load Required:	No
Size / Dimension:	5.12" L x 9.45" W x 5.12" H (130.0mm x 240.0mm x 130.0mm)
Mounting Type:	DIN Rail
Features:	Adjustable Output, DC Input Capable, IP20, Load Sharing, Universal Input
Operating Temperature:	-25°C ~ 70°C (With Derating)
Efficiency:	90%
Voltage - Isolation:	4kV
Applications:	ITE (Commercial)
Series:	Quint
Current - Output (Max):	20A
Voltage - Output 4:	--
Voltage - Output 3:	--
Voltage - Output 2:	--
Voltage - Output 1:	48V
Voltage - Input:	400 ~ 500 VAC (3PH)
Number of Outputs:	1
Type:	Enclosed
Part Status:	Active

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AC DC Converters

AC DC converters are one of the most widespread, versatile, and often-used power conversion technologies available today. Found in a wide range of industries and applications, AC/DC converters are at the heart of everyday life, including powering household appliances and electronic equipment.To understand AC/DC converters, it is important to understand their 2938222 application field and working principle. AC/DC converters work by changing alternating current (AC) electricity into direct current (DC) electricity. This is made possible by using a rectifier, which filters out the negative parts of the sine wave, leaving only the positive parts for use. Different types of AC/DC converters also include inverters, which take DC power and convert it to AC.The types of AC/DC converters will depend on the power class and topology of the application. AC/DC converters are typically divided into two types: low-power and high-power. Low-power converters are typically used to power electronic components and devices, such as cell phones, computers, and other small consumer electronics. High-power converters are more powerful and are typically used to provide energy for larger and more powerful systems, such as industrial motors, pumps, and compressors.At the core of most AC/DC converters is a transformer, which is used to step down or step up the voltage. The transformer works by exchanging voltage between the AC source and the DC output. Depending on the type of application, the transformer might be used to reduce or increase the voltage. This is important to ensure that the correct voltage is being supplied for the application.In addition to the transformer, most AC/DC converters also use the technology of a switching regulator. This is responsible for reducing the amount of power needed by the DC load, which helps improve efficiency and reduce overall cost. The switching regulator is composed of two components: the converter itself, and the controller. The converter is responsible for rectifying and converting the energy from AC to DC, while the controller is responsible for regulating the voltage and output of the DC power. In some cases, the power output of the AC/DC converter may be adjustable, allowing the user to adjust the output.The last component of an AC/DC converter is the power factor correction (PFC) circuit. This circuit is designed to minimize power losses in the conversion process and help maintain a steady voltage and current supplied to the load. The PFC circuit helps improve overall efficiency and ensures reliable operation.In summary, AC/DC converters work by transforming an AC signal into a DC signal, with a transformer, switching regulator, and PFC circuit. The two types of converters available are low-power and high-power, both with their own application areas. The converter can be adjusted to meet the specific demands of the application, while the PFC circuit helps to increase overall efficiency.

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