DC768A

Series:	PolyPhase®
Part Status:	Active
Main Purpose:	DC/DC, Step Down
Outputs and Type:	1, Non-Isolated
Voltage - Output:	1.2V, 1.5V or 1.8V
Current - Output:	15A
Voltage - Input:	2.5 V ~ 5.5 V
Regulator Topology:	Buck
Frequency - Switching:	1.5MHz
Board Type:	Fully Populated
Supplied Contents:	Board(s)
Utilized IC / Part:	LTC3415
Base Part Number:	LTC3415

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The module of DC768A is regarded as an evaluation platform designed for off-line switch mode power supplies. It includes features such as highly versatile control, protection and safety functions, which make it an extremely attractive platform for a variety of applications. With its easy to use GUI, it provides a great deal of flexibility and scalability in the development process of a custom power supply for the desired needs of an application.In terms of application field, the module can be widely used in fields of consumer, industrial, communication, automotive, medical, renewable energy generation and aerospace, etc. It is perfectly suitable for a wide range of digital control, AC/DC and DC/DC applications. For example, DC768A provides a highly reliable solution for high power drives, power supplies, and motor drives. It also can be used for purpose of battery chargers, UPS, instrumentation and metering, power amplifiers, voltage regulators, etc. The most distinctive feature of the DC768A module is its working principle. This module is based on the Switch Mode Power Supply (SMPS) principle, which means that it works by switching the power switching elements on and off in the circuit in order to transfer the required amount of power from input to output. In order to transfer the power across the switching elements, the device utilizes the power of a high-frequency switching waveform, commonly known as the Pulse Width Modulation (PWM) control.The PWM control is the key electronic control technique used in the switching power supplies. In the DC768A module, it is responsible for the conversion of the AC voltage to the desirable DC voltage with a higher power efficiency than the other power conversion technologies. The PWM control is also the main driving factor behind the high power efficiency of the SMPS, allowing the DC768A module to reach efficiencies up to 90%.Apart from the PWM control, the mainboard of DC768A incorporates numerous protective functions. It features power sensing, overvoltage protection, current protection, temperature protection, short circuit protection, and EMC protection. With such integrated safety functions, the module can overcome the harsh environment effects to ensure a safe running condition for the system.In conclusion, the DC768A module demonstrates to be an ideal choice for expertise and newcomers alike in the application of high power. Thanks to the versatile design of the SMPS working principle, DC768A offers great stability and operational flexibility for numerous power conversion applications. With numerous built-in safety features, engineers are able to develop a reliable and secure power supply for their desired application. All in all, DC768A is a great evaluation platform for the development of power conversion projects.

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