DAK-89

 

The DAK-89 application field and working principle are essential components for evaluating boards for DC/DC and AC/DC (off-line) SMPS. It has several primary features which sets it apart from other DC/DC and AC/DC solutions and make it useful for those who are looking to power their applications. In this article, we will be discussing the workings of the DAK-89, as well as its various features and potential applications.

 

The primary feature which sets the DAK-89 apart from other solutions is its wide input voltage range. This range extends from 10 to 20 V, and allows for a variety of power sources to be used. This means the board could be powered by, for example, batteries, power bricks, wall mount transformers, or a combination of all these sources. The wide input voltage range also allows the board to be configured in a variety of ways, depending on the available power and the relative degree of power savings desired. The board also has a high voltage rating, rated at up to 400Vdc, making it suitable for almost any application.

 

The DAK-89 also features a unique multi-loop control scheme, which was designed to achieve maximum power density without the need for a large amount of components. This feature is particularly useful for applications which have limited space available. The control scheme enables precision as well as reliability, ensuring that the output power level is maintained even at extreme temperatures. Another key feature of the DAK-89 is its ability to switch power quickly and accurately, making it ideal for high speed switching applications.

 

The board also offers a comprehensive system protection system which includes short circuit protection, thermal protection and overvoltage protection. These protections have been designed to protect the board from any unforeseen power loss or surges. This makes the DAK-89 an ideal choice for applications which are prone to power loss due to unstable or fluctuating power sources.

 

In addition to its wide range of features and potential applications, the DAK-89 also offers a comprehensive suite of design support tools. These include detailed documentation, software libraries, design guidelines and a full set of technical resources. This makes designing with the board easier than ever, allowing for the optimal utilization of the various features and potential applications.

 

Overall, the DAK-89 is a powerful board with a wide range of features and potential applications. Its wide input voltage range, high voltage rating, multi-loop control scheme, and comprehensive system protection are all excellent features which make the board an ideal choice for evaluation boards targeting DC/DC and AC/DC (off-line) SMPS. Its design support tools and other technical resources also make the DAK-89 an invaluable tool for designing, testing and evaluating power solutions.