PSOC™ 4 HV series is available with ModusToolbox™. series code example is made up of two parts: the default code examples and the additional code examples. The additional code examples are available for PSOC™ 4 HV devices in this repository.
To use a code example into ModusToolbox™, follow the guide at How to setup.
Please refer the ModusToolbox™ software for ModusToolbox™. It is recommended using latest ModusToolbox™ software.
PSOC™ 4 HVMS MCU: CY8C4146LWE-HVS115X, CY8C4147LWE-HVS135X
AN0034 - Getting started with PSOC™ 4 HVMS MCUs in ModusToolbox™
Each Code example provides a README.md file to learn more about that code example, as well as how to use it to create an application. Each README.md contains the following information:
- Device: The devices used by code example
- Board: The evaluation kit used by code example
- Scope of work: An abstract of code example
- Introduction: A generic introduction on the used module and it main features
- Hardware setup: The used hardware and how to configure it
- Implementation: A detailed explanation of how to implement the module's configuration using HAL and/or PDL and exploits their features
- Run and Test: The steps to follow to make sure the code is working properly and interact with it
- References: Related documents and web pages
PSOC™ 4 HV MCU Code examples on GitHub
To use the additional code examples, set the following environment variable on your PC.
Before perform this process, Modus toolbox should be closed if you run Modus toolbox.
- Variable name = CyRemoteManifestOverride
- Variable value = https://github.com/Infineon/mtb-hv-super-manifest/raw/main/mtb-super-manifest-fv2.xml
Figure 1. System variable setting
From the menu, run the Eclipse IDE of ModusToolbox™ application. Then, open the Eclipse IDE window after workspace location setting.
- Click the New Application of Start in the Quick Panel, after that, open the Project creator.
Figure 2. ModusToolbox™ Eclipse IDE
- Select the Board support package (BSP) what want to use, and click the Next> button.
Figure 3. Project Creator
- Open the Select application window. You can choose and use Additional Code Examples and Advanced Solutions for TRAVEO™ T2G.
Figure 4. Select application
The code examples support the following types of boards:
Figure 5. KIT_PSoC4-HVMS-64K_LITE
Figure 6. KIT_PSoC4-HVMS-128K_LITE
| Overview | KIT_PSoC4-HVMS-64K_LITE | KIT_PSoC4-HVMS-128K_LITE |
|---|---|---|
| MCU | CY8C4146LWE-HVS115X (56pin-QFN) | CY8C4147LWE-HVS135X (56pin-QFN) |
| Kitprog3 programming/Debug | ✓ (USB Micro-B connector) | ✓ (USB Micro-B connector) |
| USER LEDs/Buttons/Potentiometer | ✓ | ✓ |
| Temperature sensor | ✓ | ✓ |
| LIN/CXPI connector | ✓ | ✓ |
| CAPSENSE™ Button/LED | ✓ | ✓ |
| Arduino | ✓ | ✓ |
| Shield2go | ✓ | ✓ |
| MikroBUS | ✓ | ✓ |