NMP1K2-##KC#K-00

Power (Watts):	660W
Approvals:	CB, CE, cURus, EAC, TUV
Minimum Load Required:	--
Size / Dimension:	9.84" L x 5.00" W x 1.61" H (250.0mm x 127.0mm x 41.0mm)
Mounting Type:	Chassis Mount
Features:	Adjustable Output, Load Sharing, PFC, Remote On/Off, Remote Sense, Standby Output, Universal Input
Operating Temperature:	-30°C ~ 70°C (With Derating)
Efficiency:	88.5%
Voltage - Isolation:	4kV
Applications:	ITE (Commercial), Medical
Series:	NMP
Current - Output (Max):	5A, 36A, 5A
Voltage - Output 4:	--
Voltage - Output 3:	48V
Voltage - Output 2:	5V
Voltage - Output 1:	48V
Voltage - Input:	90 ~ 264 VAC, 120 ~ 370 VDC
Number of Outputs:	3
Type:	Enclosed
Part Status:	Active

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AC DC ConvertersAn AC DC (alternating current to direct current) converter is an electronic device that converts AC electrical power from an external source into a direct current voltage signal. This type of converter is commonly used for providing power to electronic devices such as sensors, motors, and other hardware being operated in a mobile environment. The AC DC converter is also used to provide localized power to devices such as electrically driven pumps and compressors. The AC DC converter is essentially an electronic switch that measures the power produced by an AC voltage source, such as a generator or alternating current (AC) power lines, and generates a DC signal required for operation of equipment in a mobile environment.The most common type of AC DC converter is the NMP1K2-##KC#K-00, which is typically used for mobile applications. This type of converter makes use of a unidirectional inverter to convert AC power from an external source into a direct current. This type of AC DC converter utilizes four switching stages in order to convert AC power into the desired DC power. The first stage of the converter is a rectifier, which serves to convert the incoming AC power into DC power. The second stage of the converter is an AC waveform switch, which uses an alternating voltage to alternately switch the incoming AC power from one power rail to another. The third stage of the converter is a DC waveform switch, which utilizes an alternating voltage to alternately switch the incoming DC power from one power rail to another. The final stage of the converter is a gate command pulse-width modulation (GCPWM) circuit, which is used to regulate the output voltage of the converter.In the case of an NMP1K2-##KC#K-00 AC DC converter, the rectifier utilizes four rectifying diodes to convert the incoming AC voltage into a DC voltage. This DC voltage is then sent to the AC waveform switch, which alternately changes the power from one power rail to another. The DC waveform switch then continues to alternately switch the DC voltage from one rail to another. Finally, the GCPWM circuit is used to regulate the output voltage of the converter.The AC DC converter can be used in a variety of applications, such as for powering small consumer electronic devices, residential inverters, solar inverters, electric motors, air conditioning units, and batteries. The NMP1K2-##KC#K-00 converter can also be used in a mobile environment, providing localized power to electronic devices being operated outside of the home or office environment.When using an AC DC converter, it is important to ensure that the output voltage is regulated in order to avoid any damage to the electronic device or the power source. Additionally, the converter should be tested and monitored in order to ensure that it is operating within specified parameters. This will help to ensure that the system is safe to operate and will not cause any damage to the device it is powering.In conclusion, the NMP1K2-##KC#K-00 AC DC converter is an essential component in a variety of AC-DC power conversion applications. This type of converter makes use of four stages in order to convert the incoming AC power into DC power. This type of converter is commonly used to power electronic devices in a mobile environment. Additionally, it is important to ensure that the output voltage is regulated in order to avoid any potential damage to the powered device.

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