MAX17205GEVKIT#

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Evaluation and Demonstration Boards and Kits are used to test and evaluate the performance of integrated circuits and other components within a circuit. Such boards come with an array of pins and other terminals that aid the user with their experiments. The MAX17205GEVKIT# is no exception. This evaluation and demonstration kit is used to test the MAX1720, a core-independent integrated power supply chip for portable applications.

The raw DC power it receives from 1.7V to 8V is regulated to produce a 3.3V output, with a typical efficiency of over 90%. The power is distributed to two independent linear regulators, each with a maximum load up to 50mA. The chip also benefits from an integrated linear regulator that powers the entire chip’s core, allowing for dynamic scaling of current drawn up to 280uA. The result is efficient, reliable, and flexible performance for applications that require low quiescent current.

The MAX17205GEVKIT# consists of an evaluation board with the MAX1720 integrated circuit, a 6-pin connector, a 10-pin ribbon cable, and a 5-pin evaluation cable. The board features two pairs of pin headers, which are used to supply an external DC voltage from 1.7V to 8V and a 2-pin jumper to control the enable and shutdown pins for the two independent linear regulator outputs. Additionally, the board includes LEDs on each output to indicate output status and two bias points enabling measurement of voltage drops across a wide range of load currents associated with the two independent linear regulators.

The board also has two USB connectors, one of which will be connected to a PC via a USB cable for programming and configuration of the MAX1720. A second connector, known as the Accessory USB port, can be used to power a connected device such as a USB peripheral or other electrical components in the circuit. The MAX1720 is further equipped with four buttons for user control and interactions.

To test the performance of the MAX1720, the user should connect the 6-pin connector to the 10-pin ribbon cable and align the jumpers to the desired positions. This will configure the two independent linear regulator outputs, which may then be connected to an external accessory device or electrical component. Connecting the 5-pin evaluation cable to the board will allow the user to measure the voltage drops across the stand-alone and regulator outputs. The user can also observe the LED indications on each output to observe output status or an issue such as a short circuit.

To program and configure the MAX1720, the user should connect the PC with the USB port and install the associated software. After the software is installed, the user can access the device to modify settings such as the output voltage. Then the MAX1720 can be tested under various conditions to generate useful data about how it performs under varying conditions.

The MAX17205GEVKIT# provides an affordable means of testing and evaluating the MAX1720 integrated circuit. The kit itself features various tools and components to help the user gain an insight into the functionality and performance of the MAX1720. It is ideal for use by technicians, engineers, and other personnel who need to test and evaluate similar components for various applications.

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