Cy8ckit-042 driver download

I wanted to build a flash-cloud like this one: How to make a lightning cloud and I needed a WSController anyway. This is less than a BLE-addon for the Arduino! Especially the wide range of operating voltage makes is ideal for makers! And the Cortex-M0 provides some ultra-low power modes, making it ideal for battery powered applications.

And finally there are a lot of examples and tutorials on the cypress website. I wish I found this chip earlier! If you buy this dev-kit, you get the programmer board big red with Arduinio-compatible headers, a small red BLE-board, a small black BLE-board with less analog features and a BLE-Dongle for your computer. Everything else you need is free of charge. The IDE, the Compiler and the documentation.

So let's start! The Cypress-IDE is a combination of schematic-drawing and software-development. And that is, because the chips are HW-configurable too! The BLE-funktionality is fixed but that is because the peripherals like the antenna are fixed too.

So get the current version of the PSoC-Creator and install it. Unfortunately it only runs under windows. But it works fine in Virtualbox 5. PSoC-Creator under Download on the bottom. For some downloads you must login to the cypress website, you can create an account for this. On the Cypress-website you can also find a lot of good examples. If you want to get an idea of what this instructable is all about, try one of the BLE examples.

You can just open them with the PSoC-Creator and run them on the device. And we only need this timer for a regular interrupt! The SPI-component was in fact the most critical. Because I had no logical analyser I had to try and find out what works!

If you started with the example you might already have RGB-Service. This way the Cypress App recognizes this service an can handle it appropriately. Then you have to change the custom characteristic and rename it.

Enter the name and the type of the fields and choose read and write from properties. Then you best delete the custom descriptor and add a new "characteristic user descriptor" by right-clicking and selecting "add Descriptor".

However, PSoC Creator allows software reset while debugging. This can be done in. Debug Select Option for Pins. If I connect MiniProg3, will there be higher current consumption on the board?

Ans: Yes, please disconnect MiniProg3 while doing power measurements. Ans: SWD protocol does not support programming multiple devices. For PSoC 4, you can have an external multiplexer on the programming lines if multiples devices are to be programmed using same connector. You can find the. This document is available in the same folder. Ans: Refer to application note AN Ans : Cypress engineering programmers are not recommended for mass production programming environments due to their mechanical design, plastic enclosures, and plastic headers.

The Miniprog3 provides overcurrent protection and overvoltage protection, but due to the manufacturing environments customers may subject the engineering programmers to damaging conditions. It is recommended that customers use mass-production programmers for manufacturing. See the following:. Ans: In the PSoC Creator bootloader system, the bootloader project executes first and then the bootloadable project.

The jump from the bootloader to the bootloadable project is done through a software-controlled device reset. This resets the debugger interface, which means that the bootloadable project cannot be run in debugger mode. To debug a bootloadable project, remove or disable the Bootloadable Component from it and debug it. Then re-install or re-enable the Bootloadable Component after debugging is done.

Another option is to program the Bootloadable project. In this case, you can debug the bootloadable project only from the point where the debugger is attached to the device. Debugging Bootloadable Project. NET library. To save these values between dialog sessions, do the following:. Press Enter or press the Erase Block button. Otherwise, upgrade may fail due to attempts of the host tool to access KitProg's bootloader.

Due to changes in Python from version 2. One example is the print statement being replaced by the print function. A syntax error is thrown when attempting to run the examples with Python 3. Cypress is currently requesting users to use Python 2. Design your boards for compatibility with the CY bridge.

In previous releases of the MiniProg1 firmware, the reset line was pulled LOW during the power cycle programming. MiniProg1 now supports devices that have active LOW reset line states. Be aware of any pull-up or pull-down resistor circuitry that could hold the chip in a reset state. MiniProg3 and MiniProg1 programmers can supply power to the target device in excess of 3. Programming above 3. Bridge Control Panel runs out of memory if monitoring data for a long time.

In such situations, you need to restart the GUI. This setting has two options: 12 MHz and 48 MHz. The higher the clock speed used, the more likely a failure will occur. Simultaneously execution of commands in Bridge Control Panel. In Bridge Control Panel, executing several commands simultaneously does not guarantee that these commands will be executed sequentially without any delay. Each command is a separate USB transaction. If the virtual machine does not support such configuration, manually reconnect the kit after switching from KitProg to Bootloader mode or vice versa.

Branches Tags. Could not load branches. Could not load tags. Latest commit. Git stats 28 commits. Failed to load latest commit information. View code. Table of Contents Introduction Navigating the Repository 1. Analog Designs 2. Capacitive Touch Designs 3. Digital Designs 4. BLE Connectivity Designs 5. USB Connectivity Designs 6. Device Related Designs 7. Blinking LED 2. CE Proximity Sensing 3.

PWM 3. Deep Sleep 4. CapSense Proximity 3. Central Mode 4. Deep-Sleep Blinky 2. Proximity Gestures 4. Touch Gestures 5. Accelerometer 4. Sensor Hub 5. DeepSleep Blinky 2. CapSense Buttons 5. USB Mouse 6. USB Audio References 1. For other block specific design please visit the following GitHub Pages: 1.

The project uses the SmartSense feature, which sets all CapSense parameters to the optimum values automatically 4. The different colors are achieved by changing the pulse width of the PWMs 3. Central Mode This example project demonstrates the Central and GATT client mode where the kit will scan for a Peripheral device, connect to it, and send commands.

Accelerometer This example project shows a method to interface the onboard digital accelerometer with the PSoC M device. Sensor Hub This example project demonstrates the capability of the PSoC M device to function as a sensor hub device.