MAX5991BEVKIT#

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 and Demonstration Boards and Kits are tools specifically designed to help maker and designers prototype and develop applications and products quickly and reliably. MAX5991BEVKIT is one of them. It is the perfect mobile power management solution optimised to provide maximum versatility and flexibility for battery-powered applications.

The MAX5991BEVKIT allows user to evaluate the unique features of the MAX5991, a highly integrated two-channel power path, Mobile Battery Charger IC. Designed with modern power management structures, the IC enables innovative designs for portable products. The evaluation board supports Quick Charge 3.0/2.0/1.2 charging profiles and evaluates devices in high-side current sense, low side current sense, and high-side voltage scaling.

The MAX5991BEVKIT comes with industry-standard software such as the Windows-based Graphical User Interface (GUI), which allows users to control the IC quickly. With the GUI, users can easily set up, monitor, and optimize the IC’s performance for applications such as charging mobile devices or providing a secure power supply to critical systems. Plus, the evaluation kit can simulate a real-world environment with graphical representations of data such as discharge current, battery voltage, or power delivered during load test.

The MAX5991BEVKIT features complete mobile power management with separate input and output, specific discharge current and voltage settings, as well as user-programmable settings. It also integrates an internal power MOSFET with a low Forward Voltage Drop (FVD) of 0.45V, offering superior efficiency. This feature allows the user to minimize forward power dissipation and maximize system efficiency in mobile and portable applications.

At the heart of the MAX5991BEVKIT is the MAX5991 Mobile Battery Charger IC. This innovative device integrates a dual linear charger and dual low-side power path/load switches in a 6mm x 8mm quad-flat no-leads (QFN) package. This makes the IC ideal for powering portable applications from a single Li-Ion or Li-Polymer battery. Additionally, the IC includes a precision Reference, a VDCDC, a Programmable Current Source (plus overload protection), and a Controller Interface.

The MAX5991BEVKIT also provides an adjustable input voltage range with up to 18V and programmable switching regulators for both input and output. Furthermore, all board components are adjustable through on-board potentiometers, jumpers, and resistors to optimize the IC performance for custom applications. The IC also offers over-temperature protection and two watchdog timers to improve system security.

In conclusion, the MAX5991BEVKIT is a powerful and feature-rich evaluation and demonstration kit for mobile power management applications. It provides users with a streamlined solution to test and prototype a wide range of battery-powered products. The evaluation kit is well-suited for building high-performance power supplies for personal electronics, medical and industrial applications, electric vehicles, and more.

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