GP25A13A-R1B

No Load Power Consumption:	300mW (Max)
Cord Length:	60.2" (1.53m)
Input Connector:	IEC 320-C14
Approvals:	CBE, CE, cULus, GS
Size / Dimension:	4.23" L x 2.64" W x 1.42" H (107.5mm x 67.0mm x 36.0mm)
Output Connector:	DIN, 5 Pin
Operating Temperature:	-20°C ~ 70°C
Efficiency:	Level VI
Applications:	ITE (Commercial)
Polarization:	--
Series:	GP25A
Power (Watts):	29W
Current - Output (Max):	2.5A, 1.2A, 300mA
Voltage - Output:	5V, 12V, -5V
Voltage - Input:	90 ~ 264 VAC
Input Type:	Cord (Sold Separately)
Form:	Desktop (Class I)
Region Utilized:	International
Part Status:	Active

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Introduction

GP25A13A-R1B AC DC Desktop, Wall Adapters have become increasingly popular in recent years. They are often used in commercial, industrial, residential and other applications to convert a voltage from the AC power source into a DC voltage that can power the device efficiently. The AC DC Desktop, Wall Adapters provide a convenient way to power a variety of electrical and electronic devices.

Application Field

The GP25A13A-R1B AC DC Desktop, Wall Adapters can be used in a wide range of applications and are generally suitable for the following areas:

• Home Entertainment: GP25A13A-R1B AC adapters are ideal for powering up home theater components, entertainment systems, gaming consoles, and other home entertainment devices.
• Communications: GP25A13A-R1B AC adapters are often used in communication systems to power radios, cell phones, and other related devices.
• Industrial: GP25A13A-R1B AC adapters often used in industrial applications to power industrial controllers, machine tools, and other industrial equipment.
• Professional: These AC DC Desktop, Wall Adapters are used in professional settings to power laboratory equipment, medical devices, control systems, and other professional equipment.

Working Principle

The GP25A13A-R1B AC DC Desktop, Wall Adapters work by converting voltage from the AC power source into a DC voltage that can power the device efficiently. They do this by using a transformer, rectifier, and filter circuit. The transformer is used to reduce the wall voltage to a lower voltage, typically the voltage required by the device the AC adapter is powering. The rectifier converts the AC voltage, and also reduces it to a DC voltage. The filter circuit further reduces the AC ripple from the output of the rectifier, and outputs a DC voltage. The output voltage of the AC DC Desktop, Wall Adapter is usually stated on the label.

Conclusion

GP25A13A-R1B AC DC Desktop, Wall Adapters are a convenient and reliable way to power many electronic devices. They are easy to install, and can be used in a variety of applications. The working principle of these AC DC Desktop, Wall Adapters is fairly straightforward, and involves a transformer, rectifier, and filter circuit. With careful installation and maintenance, the GP25A13A-R1B AC DC Desktop, Wall Adapters can provide efficient and reliable power to any device they are connected to.

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