TXM 100-148

Power (Watts):	106W
Approvals:	CE, cURus
Minimum Load Required:	No
Size / Dimension:	5.08" L x 3.87" W x 1.14" H (129.0mm x 98.3mm x 29.0mm)
Mounting Type:	Chassis Mount
Features:	Adjustable Output, Universal Input
Operating Temperature:	-20°C ~ 60°C (With Derating)
Efficiency:	88%
Voltage - Isolation:	3kV
Applications:	ITE (Commercial)
Series:	TXM
Current - Output (Max):	2.2A
Voltage - Output 4:	--
Voltage - Output 3:	--
Voltage - Output 2:	--
Voltage - Output 1:	48V
Voltage - Input:	90 ~ 264 VAC, 127 ~ 370 VDC
Number of Outputs:	1
Type:	Enclosed
Part Status:	Active

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AC DC Converters

The TXM 100-148 application field and working principle of AC DC Converters is an important concept in the world of industrial electronic engineering. AC DC Converters are commonly used in a wide range of industries, including automotive, aviation, military, space, communications, medical, consumer and industrial applications. As such, having a good understanding of the basics and operation of these converters is fundamental to any individual planning on taking on a career in electrical engineering, or in other related fields of electronics engineering.To begin with, it\'s important to understand the basics of AC DC converters in general. At the most basic level, these converters serve the purpose of converting AC power to DC power. This is done by regulating the current and voltage levels associated with AC. As such, AC DC converters are essential for ensuring that any electronics systems connected to AC have the correct and necessary DC power to operate properly.At the heart of any AC DC conversion process is the converter itself. This is typically a device that contains several components, including a transformer, rectifiers, and other components. The transformer is the main component involved in the conversion process, and it works by using magnetism to transfer power from one point to another, converting the alternating current into direct current. The rectifiers used in most AC DC converters help to ensure a more effective conversion of AC to DC, by converting the AC voltage into a constant DC voltage.In order to understand how an AC DC converter works, it\'s important to know a bit more about the underlying concepts. AC stands for alternating current, which is a type of electrical current that alternates its direction between the positive and negative directions. It is this alternating current that generates the power required for most electrical and electronic systems. DC, on the other hand, stands for direct current, and this type of current does not alternate. Rather, it only flows in one direction, and it is this type of current that is required in order to power most electrical and electronic systems. Thus, in order for a system to properly operate, it is necessary for the AC power to be converted into DC power.In most AC DC converters, the AC power is transformed into DC by passing the AC power through the transformer. This process involves the transfer of magnetism from one coil to another, which increases the number of volts sent to the output. The output voltage is then rectified using diodes, which allow the current to only flow in one direction. This results in a DC current at the output which can be used to power an electrical or electronic system.AC DC converters are important when it comes to powering various electronics, and understanding the working principles of these devices can be a great help to anyone interested in electronics engineering. By understanding the basics of AC DC converters, as well as their working principles, individuals can have a better understanding of how these devices can be used in a variety of applications. Additionally, understanding the workings of the different components involved in an AC DC conversion process can also be incredibly helpful when it comes to troubleshooting problems that may arise.

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