LM2852X-2.5EVAL

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Evaluation boards are designed to help facilitate the testing of various power supplies. The development of such technology over the years has been such that it is now possible to accurately source and measure signals from almost any energy source with relative efficiency and ease. The LM2852X-2.5EVAL application field and working principle is a typical example of such technology. It consists of a piece of hardware, board as well as various software components. This article will provide an overview of the evaluation technology and discuss the LM2852X-2.5EVAL application field and working principle.

Evaluation boards are electronic devices used to assess the performance of any particular power supply. They are used to obtain information regarding operating conditions and to improve the accuracy of power measurement and analysis. An evaluation board usually consists of a board, a sensor or a load, and a processor or microcontroller. It is able to measure outputs and voltages of various power supplies, providing the necessary data to evaluate various performance attributes. In terms of actual industrial applications, evaluation boards offer flexibility and accuracy in power supply and evaluation. Examples include testing of solar power conversion, battery charging and other power electronics devices.

The LM2852X-2.5EVAL, also referred to as the Off-Line SMPS evaluation board, is a high performance and low cost solution for evaluating the performance of off-line switched-mode power supplies. This evaluation board is specifically designed to facilitate the evaluation of the LM2850 or the LM2850X SMPS controllers. It provides complete DC/DC &AC/DC circuit design for analyzing and evaluating switching power supplies, in order to verify their performance against the given requirements, while providing the user with the necessary tools for debugging and delivering real-time up-time performance metrics. In addition, the board offers a complete GUI design tool-box for analyzing the system performance.

The LM2852X-2.5EVAL evaluation board consists of a precise analog-to-digital converter (ADC) procedure, with a 24-bit resolution, which is used to measure the various DC/DC & AC/DC parameters such as peak voltage, peak current, ripple voltage, and ripple current. In addition, a 12-bit precision analog-to-digital converter (ADC) is used to measure the output voltage of power supply, while a 8-bit precision digital-to-analog converter (DAC) is used to control the duty cycle of the switching power supply. The evaluation board also includes a 2-channel differential current sensing, an integrated temperature sensor, and a serial interface.

The LM2852X-2.5EVAL evaluation board also comes with a GUI design tool-box for analyzing the system performance. This tool-box provides automatic design and operation of test parameters for the various power supplies being evaluated, to derive the performance of the switching power supplies. Additionally, the board offers firmware and software interface for controlling various parameters of the switching power supplies, as well as for monitoring their output performance. The GUI design tool-box also provides essential and useful resources for enhanced development and testing.

The LM2852X-2.5EVAL evaluation board provides a flexible and cost-effective means to trial power supplies and make sure that they are meeting their performance requirements. The evaluation board serves as a reliable platform for assessing various power supplies, including their peak current, voltage, ripple current and ripple voltage. In conclusion, the LM2852X-2.5EVAL evaluation board is a very useful tool for testing and evaluating DC/DC & AC/DC off-line switching power supplies and helping to ensure reliability of power supply design. It ultimately helps to reduce the costs of development, and the time associated with switching power supply design.

The specific data is subject to PDF, and the above content is for reference