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MAX28200 Datasheet(PDF) 4 Page - Maxim Integrated Products |
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MAX28200 Datasheet(HTML) 4 Page - Maxim Integrated Products |
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4 / 21 page ![]() Maxim Integrated │ 4 www.maximintegrated.com Evaluates: MAX28200 MAX28200 Evaluation Kit Programming the MAX28200 The Loading Hex File into the MAX28200 section presents the most straightforward use case for the MAX28200, in which the MAX28200 is programmed directly with firm- ware that is already in a hex file format. The Using the Assembler to Create Hex Files and Creating I2C Master Firmware from the CSV File sections show the versatility of the EV kit software and showcase its ability to take an assembly or CSV file, and convert either file format into a hex file that can be used to program the MAX28200. The Using the Assembler to Create Hex Files section reviews the first case, in which an assembly file is converted into a hex file and then is used to program the MAX28200. Assembly language allows for a wide range of applications and highly efficient device operation. The Creating I2C Master Firmware from the CSV File section shows the steps to create and load the firmware necessary to implement an I2C master that programs volatile registers in I2C slaves at power-up. One example of an I2C slave that can be programmed by the MAX28200 is the MAX77714 PMIC, which has an EV Kit GUI capable of generating a compatible .csv file. For other cases where the .csv file is being built manually, make sure to use the following format: Slave, Address, Name, Hex. If the MAX28200 is being used as a PMIC companion, see Step 8 in the Quick Start section. Loading Hex File into the MAX28200 1) From the Start menu, select MAX28200 EV Kit. 2) Select the Boot Loader tab (Figure 6). 3) Select the File tab and click Open Intel Hex File and navigate to the desired .hex file (Figure 7). 4) For faster performance, make sure that the bootloader data log is off. Do this by clicking the Options tab at the top, hovering over Bootloader Data Log, and se- lecting OFF (Figure 8). 5) Click the Program/Verify button to program the device (Figure 9). 6) If this operation was successful, you will see “//Programming Successful!” at the bottom of the log (Figure 10). Figure 5. Windows Start Menu to Start EV Kit Program Figure 6. DS9481 Device Detected. If a Device Is Not Detected, See Step 5 in the Software Installation Section. |
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