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KiCad Design Workflow
The steps for designing PCBs using an open-source and free ECAD tool
The steps for designing PCBs using an open-source and free ECAD tool
The goal of this tutorial is to introduce you to the timer subsystem, implement a timer using an interrupt-based design, and use that timing to perform some I$^{\text{2}}$C communication with the TC74 Temperature Sensor.
While it is easy to place components using the mouse, most designs require precise placement of some components (e.g., to align parallel headers). This tutorial walks through how to place components at a specific X-Y coordinate, determine the X-Y coordinates of a component, measure the distance between two components, move an existing component to a specific X-Y coordinate, and move an existing component relative to its current location.
How many Amp-Hours of capacity are needed?
Note: This tutorial shows how to print a PCB design on paper. Please see the ASU PCB Fabrication Process for instructions on how to manufacture / “print” a PCB design in copper.
Note: This tutorial shows how to print a PCB design on paper. Please see the ASU PCB Fabrication Process for instructions on how to manufacture / “print” a PCB design in copper.
Q: How do I print an integer (or other non-string variable) to the PSoC UART?
There are several Cypress Programmable System on a Chip (PSoC®) hardware development kits available for use in designs. The list below describes strengths of each kit and provides links to documentation.
I can't find my workspace/project in PSoC Creator
The purpose of this lab is to get you through the first steps of opening and using PSoC Creator with either your CY8CKIT-042 or CY8CKIT-042-BLE kit for the first time
