The MCP2510 Bit Timing Calculator software is designed specifically to calculate bit timing for the MCP2510. It simplifies the often complicated process of calculating bit timing and is an efficient tool for those working with the MCP2510.
The MCP2510 Bit Timing Calculator is a must-have tool for individuals who use the MCP2510. This software allows users to easily calculate bit timing without any complexity. The program is user-friendly – choose your baudrate and oscilator-frequency, and you're good to go. If you want to make any changes to the settings, it's easy to do so.
One impressive feature of this software is the graphical bit timing diagram that gives a clear representation of the user's current options. To ensure accuracy, users receive a detailed report of their chosen options. To get a clear understanding of how the software works, there's an example available at mcp2510btn.
The software has three steps. The first step is to select the desired baudrate and oscilator-frequency. The second step presents the user with a table of all available baudrates for the oscilator-frequency selected. If the desired baudrate matches one on the table, it will be pre-selected. Otherwise, it's easy to select the ideal baudrate manually. Additionally, the software provides the percentage deviation from the selected baudrate.
Lastly, the third step allows the user to select their preferred nominal bit time before editing and changing the values for the single segments of a bit timing. Using the MCP2510 Bit Timing Calculator is so simple, and it's an excellent tool for beginners and professionals alike.
One impressive feature of this software is the graphical bit timing diagram that gives a clear representation of the user's current options. To ensure accuracy, users receive a detailed report of their chosen options. To get a clear understanding of how the software works, there's an example available at mcp2510btn.
The software has three steps. The first step is to select the desired baudrate and oscilator-frequency. The second step presents the user with a table of all available baudrates for the oscilator-frequency selected. If the desired baudrate matches one on the table, it will be pre-selected. Otherwise, it's easy to select the ideal baudrate manually. Additionally, the software provides the percentage deviation from the selected baudrate.
Lastly, the third step allows the user to select their preferred nominal bit time before editing and changing the values for the single segments of a bit timing. Using the MCP2510 Bit Timing Calculator is so simple, and it's an excellent tool for beginners and professionals alike.
What's New
Version 1.0: N/A