2866323

Power (Watts):	240W
Approvals:	cULus, cURus, UL
Minimum Load Required:	--
Size / Dimension:	6.00" L x 2.36" W x 5.12" H (152.5mm x 60.0mm x 130.0mm)
Mounting Type:	DIN Rail
Features:	IP20, Universal Input
Operating Temperature:	-25°C ~ 70°C
Efficiency:	89%
Voltage - Isolation:	4kV
Applications:	ITE (Commercial)
Series:	TRIO
Current - Output (Max):	10A
Voltage - Output 4:	--
Voltage - Output 3:	--
Voltage - Output 2:	--
Voltage - Output 1:	24V
Voltage - Input:	100 ~ 240 VAC
Number of Outputs:	1
Type:	Enclosed
Part Status:	Active

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AC DC Converters

An ACDC converter, commonly referred to as a rectifier, is a device used to convert alternating current (AC) electrical power to direct (DC) electrical power. The input voltage of this device is usually an AC voltage source, while the output voltage of the device is most commonly a DC voltage. The typical ACDC converter design consists of several components, including an input filter, rectifier, filter capacitor, and output filter. The input filter ensures that any electrical noise or interference is not transmitted through the converter. The rectifier is then responsible for turning AC voltage into DC voltage by allowing current to flow in one direction only, regardless of the direction of the AC input voltage. After rectification, the DC voltage must be “smoothed” and regulated by the filter capacitor, which stores energy temporarily and allows for a more consistent output voltage. Finally, the output filter also helps to reduce the amount of electrical noise created by the converter.The 2866323 application field of ACDC converters covers a wide range of applications. Commonly, ACDC converters are used in telecommunications, medical equipment, industrial automation, automotive and marine electrics, and consumer devices such as personal computers, laptop and tablets. In many of these applications, the ACDC converter is used to convert the AC input voltage to a regulated DC voltage level that is suitable for powering the electronic devices. The working principle of an ACDC converter is relatively simple. An AC voltage source is connected to the input of the converter. When the AC voltage is applied, the rectifier will convert it to a DC voltage. After the rectification process, the rectified DC voltage may still have some ripple or variation, so it then passes through the filter capacitor, which acts as a “smoothing” circuit to reduce the variation. The output voltage is then further filtered with the output filter to reduce any electrical noise and interference. The overall result is a consistent and regulated DC voltage suitable for powering electronics. As technology continues to advance, further improvements are possible in the design of ACDC converters. In particular, the use of advanced switching technologies such as pulse-width modulation (PWM) and synchronous rectification makes for increased efficiency, higher power density, and smaller form factors. The use of these technologies also allows for faster transition times between switching states, which is essential for certain applications. In summary, ACDC converters are highly versatile and important components in many modern-day electronic systems. Their ability to efficiently convert AC to DC power makes them invaluable for powering electronic devices ranging from telecommunication systems, to medical equipment, to consumer electronics. As technology continues to improve, it is likely that ACDC converters will become increasingly complex and sophisticated, allowing them to be used in an even wider range of applications.

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