S8JX-G15048D

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AC DC converters play a very important role in regulating the change and flow of electric current in many systems, machines, and devices. The S8JX-G15048D is one such device that has a wide range of applications in these areas. This article will go over the application field and working principle of the S8JX-G15048D.

The S8JX-G15048D is an AC-DC converter specialized in applications that require high precision control, such as in medical and laboratory equipment, measuring instruments, industrial robots, aircraft and more. It is a switching power supply rated at 48 VDC with a total output of 150 watts. The device comes equipped with a wide range of features such as an input voltage range of 85 to 264 Vac, overload protection, short circuit protection, and much more. It is compliant with safety regulations including the EN60950 and IEC61010 industrial standards.

The S8JX-G15048D\'s working principle is based on a principle called switched-mode power supply (SMPS). This principle allows an AC input voltage to be converted into a DC output voltage that can be adjusted accurately based on requirement. The device\'s DC output can be regulated by utilizing a Pulse Width Modulated (PWM) technique. This technique enables the device to switch the electrical current on and off at regular intervals, thereby effectively controlling its flow and direction.

The S8JX-G15048D puts out low noise, low ripple output, which is perfect for applications that require high precision control. It also comes with a built-in temperature compensation technology to ensure stable output even in extreme temperatures. The device\'s reliability is further enhanced with protection features such as input over voltage protection, output over voltage protection, and output current limit protection.

The S8JX-G15048D is a dependable and efficient AC-DC converter that is perfect for a wide range of applications. Its versatile features, wide input voltage range, safety regulations compliance, and temperature compensation makes it an ideal choice for many industrial and medical applications. It works on the SMPS principal which enables the device to convert an AC input into a DC output with accurate control.

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