TPP 65-112

Power (Watts):	65W
Approvals:	CB, CE, cURus
Minimum Load Required:	No
Size / Dimension:	3.53" L x 2.38" W x 1.31" H (89.7mm x 60.5mm x 33.3mm)
Mounting Type:	Chassis Mount
Features:	Universal Input
Operating Temperature:	-40°C ~ 85°C (With Derating)
Efficiency:	92.5%
Voltage - Isolation:	4kV
Applications:	Medical
Series:	TPP 65
Current - Output (Max):	5.42A
Voltage - Output 4:	--
Voltage - Output 3:	--
Voltage - Output 2:	--
Voltage - Output 1:	12V
Voltage - Input:	85 ~ 264 VAC, 120 ~ 370 VDC
Number of Outputs:	1
Type:	Enclosed
Part Status:	Active

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AC DC ConvertersTechnology is continuously evolving and with that, changes are taking place in the field of electric power engineering. In order to cope with these changes, new and improved technologies are being developed to create different types of electric power systems. One of these new technologies is the AC DC converters, which are used to convert alternating current (AC) and direct current (DC).AC DC converters, also known as thyristors, are semiconductor devices that convert AC current into DC current. They are used in a variety of applications, including electric motor control systems, electric lighting systems and electronic circuit boards. The technology of AC DC converters is based on the principle of thyristor control, which is where the voltage across the device is continuously controlled.AC DC converters are generally divided into two categories: single-phase and three-phase converters. Single-phase converters are used to convert AC power into DC power in applications such as electronic appliances, lighting systems and electric motor controls. Three-phase converters, on the other hand, are used to convert AC power into DC power in applications such as power inverters, power supplies and uninterruptible power supplies (UPS).The AC DC converters are generally rated by their output power, which is the maximum power that the converter can output. This is usually specified in watts, and it is used to indicate the amount of power that the converter can handle. The converter’s output voltage and current are also important. The output voltage is specified in volts and the current rating in amps, and these two values can vary depending on the type of application.The working principle of AC DC converters is also based on the principle of thyristor control. In single-phase converters, the thyristor is used to control the voltage across the device. This is done by the use of a thyristor-controlled pulse width modulation (PWM). The PWM is used to control the voltage across the device, and this voltage is then converted into DC power.In three-phase converters, a different technique is used. The voltage across the device is not controlled directly, but instead is regulated by switching from one current direction to another. This is known as the Principle of the Constant Current Shutdown (CCSD). In this method, the current is shut down once it reaches a certain level, and then it is restarted after a certain period of time. This is done so that the voltage across the device remains constant, and the current will not fluctuate.Overall, AC DC converters are important devices used to convert AC power into DC power. They are used in a variety of applications, ranging from electric motor controls to computer power supplies. The technology is based on the principle of thyristor control, and the devices are divided into two categories: single-phase and three-phase. The output power of these devices is specified in watts, and the output voltage and current ratings in volts and amps. The working principle of AC DC converters is also based on the principle of thyristor control.

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