Permalink
Cannot retrieve contributors at this time
Name already in use
A tag already exists with the provided branch name. Many Git commands accept both tag and branch names, so creating this branch may cause unexpected behavior. Are you sure you want to create this branch?
cce-app-manifest/cce-app-manifest-fv2.xml
Go to fileThis commit does not belong to any branch on this repository, and may belong to a fork outside of the repository.
472 lines (472 sloc)
32.3 KB
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
| <apps version="2.0"> | |
| <app keywords="psoc6,dps310,pressure,temperature,barometer,mtb-flow,xensiv" req_capabilities_v2="[cy8cproto_062_4343w]"> | |
| <name>Pressure Sensor App using DPS310</name> | |
| <id>cce-mtb-psoc6-dps310</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc6-dps310</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) released for the benefit of the community users. These projects have only been tested for the listed BSPs, tools versions and toolchains documented in the Readme.<br><br>This example demonstrates how to interface the Infineon DPS310 pressure sensors evaluation board with PSoC™ 6 MCU. The sensor-xensive-dps3xx library is used in this example for initializing and reading of temperature and pressure data from the DPS310 Barometric pressure sensor. | |
| <br><br>For more details, see the <a href="https://github.com/Infineon/cce-mtb-psoc6-dps310/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc6</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="2.4.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="2.4.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>1.0.1 release</num> | |
| <commit>release-v1.0.1</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="2.4.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc6,LTE,Sequans,Modem,PPP,GM01Q,connectivity" req_capabilities_v2="[cy8ckit_062_wifi_bt]"> | |
| <name>MQTT Client Over LTE</name> | |
| <id>cce-mtb-mqtt-client-over-lte</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-mqtt-client-over-lte</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) released for the benefit of the community users. These projects have only been tested for the listed BSPs, tools versions and toolchains documented in the Readme.<br><br>This community code example (CCE) demonstrates the implementation of LTE CAT M1 connectivity to PSoC™ 6 via Point-to-Point Protocol (PPP). This CCE demonstrates the steps to add LTE connectivity to any existing Wi-Fi based code example. mtb-example-anycloud-mqtt-client is taken as a reference here. GM01Q_Sequans Module is used for providing LTE connectivity for PSoC™ 6 device. The MQTT Library and lwIP is hosted in PSoC™ 6 and the GM01Q Module communicates to PSoC™ 6 via PPP.In order to test this sample you need Monarch-GM01Q-EVK and one of the PSoC™ 6 kits mentioned in Supported kit section. | |
| <br><br>For more details, see the <a href="https://github.com/Infineon/cce-mtb-mqtt-client-over-lte/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc6</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="0.0.0" req_capabilities_per_version="bsp_gen3"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="0.0.0" req_capabilities_per_version="bsp_gen3"> | |
| <num>1.0.1 release</num> | |
| <commit>release-v1.0.1</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="0.0.0" req_capabilities_per_version="bsp_gen3"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc6,lvd,mtb-flow" req_capabilities_v2="[cy8cproto_062_4343w]"> | |
| <name>Low Voltage Detection</name> | |
| <id>cce-mtb-psoc6-lvd</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc6-lvd</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) released for the benefit of the community users. These projects have only been tested for the listed BSPs, tools versions and toolchains documented in the Readme.<br><br>This code example demonstrates how to configure a PSoC™ 6 Low Voltage Block to generate interrupt when the voltage level crosses the set threshold. | |
| <br><br>For more details, see the <a href="https://github.com/Infineon/cce-mtb-psoc6-lvd/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc6</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="2.4.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="2.4.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc4,capsense,fss,mtb-flow" req_capabilities_v2="[cy8ckit_149,cy8ckit_145_40xx]"> | |
| <name>CAPSENSE Flanking Sensor Suppression</name> | |
| <id>cce-mtb-psoc4-capsense-fss</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc4-capsense-fss</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) released for the benefit of the community users. These projects have only been tested for the listed BSPs, tools versions and toolchains documented in the Readme.<br><br>This code example implements Flanking Sensor Suppression (FSS) in PSoC™ 4 devices. FSS eliminates false touches by distinguishing between signals from closely spaced buttons. In the project, three sensors have been used to demonstrate FSS. Whenever multiple sensors are touched, only the sensor whose touch was detected first remains active, and the other sensors are rendered inactive, i.e., their touch (if any) is rendered invalid until the sensor whose touch was detected first is active. This eliminates sensors, which are closely spaced, from being falsely triggered at the same time. | |
| <br><br>For more details, see the <a href="https://github.com/Infineon/cce-mtb-psoc4-capsense-fss/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc4</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="2.4.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="2.4.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc61,mcuboot,cce,bootloader" req_capabilities_v2="[cy8ckit_062s2_43012]"> | |
| <name>MCUboot based Basic Bootloader for PSoC 61</name> | |
| <id>cce-mtb-psoc61-mcuboot-bootloader</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc61-mcuboot-bootloader</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) released for the benefit of the community users. These projects have only been tested for the listed BSPs, tools versions and toolchains documented in the Readme.<br><br>They are intended to demonstrate how a solution / concept / use-case can be achieved on a particular device. | |
| This community code example (CCE) demonstrates the implementation of MCUBoot based bootloader for PSoC™ 61 MCU devices. This CCE is derived from mtb-example-psoc6-mcuboot-basic and PSoC™ 61 support to run both Application and Bootloader from CM4 CPU is added. | |
| In order to test this sample you need target board with PSoC™ 61. You can replace the PSoC™ 6 IC on one of the PSoC™ 6 development kits with PSoC™ 61 MCU IC. | |
| <br><br>For more details, see the <a href="https://github.com/Infineon/cce-mtb-psoc61-mcuboot-bootloader/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc6</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 2.X release</num> | |
| <commit>latest-v2.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen4"> | |
| <num>2.0.0 release</num> | |
| <commit>release-v2.0.0</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.2 release</num> | |
| <commit>release-v1.0.2</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.1 release</num> | |
| <commit>release-v1.0.1</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc4,capsense,pipeline,scanning" req_capabilities_v2="[cy8ckit_149]"> | |
| <name>PSoC4 CAPSENSE with Pipeline Scanning</name> | |
| <id>cce-mtb-psoc4-capsense-pipeline-scanning</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc4-capsense-pipeline-scanning</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) released for the benefit of the community users. These projects have only been tested for the listed BSPs, tools versions and toolchains documented in the Readme.<br><br>They are intended to demonstrate how a solution / concept / use-case can be achieved on a particular device. | |
| This code example demonstrates how to implement pipeline scanning in CAPSENSE™ to improve performance. When a particular widget is being processed, the next widget in line can be scanned parallelly. This is better than conventional method of scanning all the widgets and then processing the scanned data later altogether. This reduces net scan time for the application. | |
| <br><br>For more details, see the <a href="https://github.com/Infineon/cce-mtb-psoc4-capsense-pipeline-scanning/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc4</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="2.4.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="2.4.0" tools_max_version="2.4.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc6,Bluetooth,A2DP,mtb-flow" req_capabilities_v2="[cy8ckit_062s2_43012,cy8cproto_062_4343w,cy8cproto_062s2_43439]"> | |
| <name>PSoC6 Bluetooth A2DP Source</name> | |
| <id>cce-mtb-psoc6-bt-a2dp-source</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc6-bt-a2dp-source</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This application demonstrates Bluetooth® A2DP audio streaming at 48KHz, 16 bit, stereo on PSoC™ 6 devices. <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-psoc6-bt-a2dp-source/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc6</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.1.0 release</num> | |
| <commit>release-v1.1.0</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc6,SAR,ADC,mtb-flow" req_capabilities_v2="[cy8ckit_062s2_43012,cy8cproto_062_4343w, cy8ckit_062_wifi_bt]"> | |
| <name>PSoC6 Extending the number of SAR ADC channels</name> | |
| <id>cce-mtb-psoc6-amux-sar-adc</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc6-amux-sar-adc</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This code example demonstrates how to extend the number of SAR ADC channels to virtually any available analog pin in the device without much impact on the sampling speed. It is implemented totally in hardware by using the global analog mux, instead of the SAR mux sequencer <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-psoc6-amux-sar-adc/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc6</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc6,tcpwm,timer,interrupt,mtb-flow" req_capabilities_v2="[cy8ckit_062_ble,cy8ckit_062s2_43012,cy8cproto_062_4343w, cy8ckit_062_wifi_bt]"> | |
| <name>PSoC6 MCU Interrupt TCPWM</name> | |
| <id>cce-mtb-psoc6-tcpwm-interrupt</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc6-tcpwm-interrupt</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This code example demonstrates the generation of a periodic interrupt using timer counter PWM (TCPWM) in continuous up counter mode. <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-psoc6-tcpwm-interrupt/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc6</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc4,capsense,guard-sensor,mtb-flow" req_capabilities_v2="[cy8ckit_041s_max]"> | |
| <name>PSoC4 MCU CAPSENSE MSC Guard Sensor</name> | |
| <id>cce-mtb-psoc4-msc-capsense-guard</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc4-msc-capsense-guard</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This code example features the CAPSENSE™ guard sensor in PSoC™ 4 devices with Multi sense converter (MSC). The on-board LED will glow when touch is detected on trackpad but when the guard sensor is triggered due to liquid stream present on guard sensor surface, the on-board LED will stop glowing. The code example also demonstrates monitoring CAPSENSE™ data using the CAPSENSE™ Tuner GUI tool <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-psoc4-msc-capsense-guard/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc4</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc4,flash,chip,protection,mtb-flow" req_capabilities_v2="[cy8ckit_149]"> | |
| <name>PSoC4 MCU Flash and Chip Protection</name> | |
| <id>cce-mtb-psoc4-flash-and-chip-protection</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc4-flash-and-chip-protection</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This code example demonstrates how to add flash and chip protection settings into the hex file. Flash memory is organized in rows. You can assign one of two protection levels to each row(Unprotected, Full Protection). Flash protection levels can only be changed by performing a complete flash erase <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-psoc4-flash-and-chip-protection/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc4</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="3.0.1" req_capabilities_per_version="bsp_gen3"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc4,i2s,transmit,mtb-flow " req_capabilities_v2="[cy8ckit_041s_max]"> | |
| <name>PSoC 4 MCU Inter-IC Sound</name> | |
| <id>cce-mtb-psoc4-i2s</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc4-i2s</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This example demonstrates how the I2S block can be configured to transmit data for PSoC 4100S MAX devices. <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-psoc4-i2s/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc4</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="2.0.0" req_capabilities_per_version="bsp_gen3"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.0" tools_max_version="2.0.0" req_capabilities_per_version="bsp_gen3"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="xmc1300,xmc1400,pmsm,foc,motor-control,sensorless,mtb-flow" req_capabilities_v2="[kit_xmc13_boot_001, kit_xmc14_boot_001]"> | |
| <name>XMC13-14 PMSM FOC SL</name> | |
| <id>cce-mtb-xmc-pmsm-foc-sl</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-xmc-pmsm-foc-sl</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This code example demonstrates the sensorless PMSM FOC motor control application using XMC1300/1400. In order to test this software, XMC1000 Motor Control Application Kit is needed. According to the user preference, XMC1300 or XMC1400 board can be used with this kit.<br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-xmc-pmsm-foc-sl/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>xmc1300 xmc1400</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.1.0 release</num> | |
| <commit>release-v1.1.0</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="xmc1300,xmc1400,pmsm,foc,motor-control,sensorless,mtb-flow" req_capabilities_v2="[kit_xmc1300_dc_v1, kit_xmc1400_dc_v1]"> | |
| <name>XMC13-14 PMSM FOC SL DC</name> | |
| <id>cce-mtb-xmc-pmsm-foc-sl-dc</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-xmc-pmsm-foc-sl-dc</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This community code example (CCE) demonstrates the sensorless PMSM FOC motor control application using XMC1300/1400 Drive Card. In order to test this software; XMC1300 or XMC1400 Drive Card, 3-phase DC power board, and Nanotec DC motor (DB42S03) are needed.<br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-xmc-pmsm-foc-sl-dc/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>xmc1300 xmc1400</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.1.0 release</num> | |
| <commit>release-v1.1.0</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="xmc4400,pmsm,foc,motor-control,sensorless,mtb-flow" req_capabilities_v2="[kit_xmc4400_dc_v1]"> | |
| <name>XMC44 PMSM FOC SL DC</name> | |
| <id>cce-mtb-xmc44-pmsm-foc-sl-dc</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-xmc44-pmsm-foc-sl-dc</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This community code example (CCE) demonstrates the sensorless PMSM FOC motor control application using XMC4400 Drive Card. In order to test this software; XMC4400 Drive Card, 3-phase DC power board, and Nanotec DC motor (DB42S03) are needed. <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-xmc44-pmsm-foc-sl-dc/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>xmc4400</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.1.0 release</num> | |
| <commit>release-v1.1.0</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="xmc1300,bldc,scalar,motor-control,hall,mtb-flow" req_capabilities_v2="[kit_xmc13_boot_001]"> | |
| <name>XMC1300 BLDC Scalar Hall</name> | |
| <id>cce-mtb-xmc-bldc-scalar-hall</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-xmc-bldc-scalar-hall</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This community code example (CCE) demonstrates Hall sensor based three phase BLDC motor control application using XMC1300 Boot Kit. In order to test this software, XMC1000 Motor Control Application Kit is needed. | |
| <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-xmc-bldc-scalar-hall/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>xmc1300</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="xmc1300,bldc,scalar,motor-control,sensorless,mtb-flow" req_capabilities_v2="[kit_xmc13_boot_001]"> | |
| <name>XMC1300 BLDC Scalar Sensorless</name> | |
| <id>cce-mtb-xmc-bldc-scalar-sl</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-xmc-bldc-scalar-sl</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This community code example (CCE) demonstrates sensorless three-phase BLDC motor control application using XMC1300 Boot Kit. In order to test this software, XMC1000 Motor Control Application Kit is needed. | |
| <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-xmc-bldc-scalar-sl/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>xmc1300</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.2.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc6,smbus,slave,mtb-flow" req_capabilities_v2="[cy8ckit_062_wifi_bt]"> | |
| <name>PSoC 6 MCU SMBus slave</name> | |
| <id>cce-mtb-psoc6-smbus-slave</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc6-smbus-slave</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This example demonstrates how to implement the SMBus slave on top of an SCB I2C and Timer in PSoC 6. | |
| <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-psoc6-smbus-slave/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc6</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.1.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.0.1" tools_max_version="3.1.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="psoc6,CTDAC,HAL,DAC,sine" req_capabilities_v2="[cy8ckit_062_ble]"> | |
| <name>HAL DAC using HAL</name> | |
| <id>cce-mtb-cce-mtb-psoc6-dac-sine</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-psoc6-dac-sine</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This code example demonstrates the use of the CTDAC HAL driver to generate a sine wave using the CTDAC component.In this example, the project uses a combination of device configurator and PDL APIs to achieve this. | |
| <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-psoc6-dac-sine/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>psoc6</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.1.0" tools_max_version="3.1.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.1.0" tools_max_version="3.1.0" req_capabilities_per_version="bsp_gen4"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| <app keywords="xmc,xmc4000,otg,usb" req_capabilities_v2="uart xmc4000"> | |
| <name>USB OTG application</name> | |
| <id>cce-mtb-xmc44-usb-otg</id> | |
| <category>Community Code Examples</category> | |
| <uri>https://github.com/Infineon/cce-mtb-xmc44-usb-otg</uri> | |
| <description><![CDATA[Disclaimer: This is a community code example (CCE) | |
| released for the benefit of the community users. These projects have only | |
| been tested for the listed BSPs, tools versions and toolchains documented in | |
| the Readme.<br><br>This code example demonstrates how to set up the USB block of an Infineon MCU using Segger's emUSB-Host and emUSB-Device middlewares to implement a USB On-The-Go (OTG) that introduces the dual-role device, a device capable of functioning as either host or peripheral. | |
| <br><br>For more details, see the | |
| <a href="https://github.com/Infineon/cce-mtb-xmc44-usb-otg/blob/master/README.md">README on GitHub</a>.]]></description> | |
| <req_capabilities>uart xmc4000</req_capabilities> | |
| <versions> | |
| <version flow_version="2.0" tools_min_version="3.2.0" req_capabilities_per_version_v2="[bsp_gen4] [kit_xmc_plt2go_xmc4400]"> | |
| <num>Latest 1.X release</num> | |
| <commit>latest-v1.X</commit> | |
| </version> | |
| <version flow_version="2.0" tools_min_version="3.2.0" req_capabilities_per_version_v2="[bsp_gen4] [kit_xmc_plt2go_xmc4400]"> | |
| <num>1.0.0 release</num> | |
| <commit>release-v1.0.0</commit> | |
| </version> | |
| </versions> | |
| </app> | |
| </apps> |