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mtb-example-psoc4-msclp-self-capacitance-touchpad

This example demonstrates how to manually tune an MSCLP CAPSENSE CSD touchpad using CAPSENSE Tuner GUI.

mtb-example-psoc4-non-blocking-flash-write-using-interrupt

mtb-example-psoc4-non-blocking-flash-write-using-polling

mtb-example-psoc4-power-modes

This example demonstrates how to transition PSoC 4 MCU among the different power modes.

mtb-example-psoc4-pwm-trigger-dma

This code examples demonstrates how to route trigger signals on a PSoC 4 device. The trigger signal, in this code example, is routed from the PWM to the DMA, using device configurator.

mtb-example-psoc4-safety-analog-test

PSoC 4 Class-B Safety Test: Analog Peripherals

mtb-example-psoc4-safety-communication-test

mtb-example-psoc4-safety-core-test

mtb-example-psoc4-safety-i2c-test

mtb-example-psoc4-safety-spi-loopback-test

mtb-example-psoc4-safety-uart-loopback-test

mtb-example-psoc4-sar-adc

mtb-example-psoc4-segment-lcd

mtb-example-psoc4-spi-master

This example demonstrates the use of SPI SCB (Serial Communication Block) resource for PSoC 4 MCU in master mode

mtb-example-psoc4-spi-slave

This example demonstrates the use of SPI SCB (Serial Communication Block) resource for PSoC 4 MCU in slave mode.

mtb-example-psoc4-spi-slave-select-inversion-with-smartio

mtb-example-psoc4-tcpwm-event-counter

mtb-example-psoc4-tcpwm-interrupt

This example uses a TCPWM block in the Timer/Counter mode to generate a periodic interrupt. An LED toggles whenever the interrupt occurs.

mtb-example-psoc4-tcpwm-square-wave

mtb-example-psoc4-uart-transmit-receive

This code example demonstrates the UART transmit and receive operation in PSoC 4. The application uses a serial terminal to read data and to echo back the received data. The UART resource is configured to do both transmit and receive operations.

mtb-example-psoc4-uart-transmit-receive-dma

This example demonstrates the UART transmit and receive operation in PSoC 4 using DMA. The application uses a serial terminal to read data and echoes what is received. UART is configured to do both transmit and receive operations.

mtb-example-psoc4-wakeup-from-deepsleep-using-low-power-comparator

mtb-example-psoc4-wdc

This example demonstrates the use of PSoC 4 Watchdog Counters in cascaded mode. The user LED is toggled every time the Counter2 interrupt occurs. The match values of all the counters are set to toggle the LED every 1 second.

mtb-example-psoc4-wdt

This example uses a watchdog timer in interrupt and the reset modes. In the interrupt mode, the blue user LED toggles every second. When configured in the reset mode, the blue LED blinks thrice every 4.915 seconds with an interval of 500 milliseconds due to the watchdog resets.

mtb-example-psoc6-ble-battery-level-freertos

This code example demonstrates the implementation of a BLE Battery Service using PSoC 6 MCU with Bluetooth Low Energy Connectivity (PSoC 6 BLE). This code example implements a GATT Server with the Battery Service and Device Information Service BLE standards. This code example uses FreeRTOS.

mtb-example-psoc6-ble-capsense-tuner-client

The code example demonstrates how to view the CapSense debug data and tune the CapSense sensors over BLE communication using CapSense Tuner GUI.

mtb-example-psoc6-ble-capsense-tuner-server

The code example demonstrates how to view the CapSense debug data and tune the CapSense sensors over BLE communication using CapSense Tuner GUI in PSoC 6 devices.

mtb-example-psoc6-ble-findme

This code example demonstrates the implementation of a simple Bluetooth LE Immediate Alert Service (IAS)-based Find Me Profile (FMP) using PSoC 6 MCU with Bluetooth Low Energy Connectivity.

mtb-example-psoc6-ble-throughput-freertos

This example demonstrates BLE GATT throughput for PSoC 6 MCU. GATT throughput is calculated on both server and client devices.

mtb-example-psoc6-bmi160-motion-sensor-freertos

This code example demonstrates how to interface PSoC 6 MCU with a BMI160 Motion Sensor over an I2C interface within a FreeRTOS task. This example reads raw motion data and estimates the orientation of the board.