cy8ckit-045s
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Infineon / 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.
Language:Makefile 2This code example demonstrates how to manually tune a self-capacitance (CSD)based button widget in PSoC 4 devices using CapSense Tuner GUI.
Language:C 1This code example demonstrates how to manually tune a mutual capacitance (CSX)-based button widget in PSoC® 4 devices using CapSense® Tuner GUI.
Language:C 1This example project demonstrates the basic operation of the emulated EEPROM middleware.
Language:C 1This code example demonstrates the use of a GPIO configured as an input pin to generate interrupts on PSoC® 4. The GPIO signal interrupts the CPU and executes a user-defined Interrupt Service Routine (ISR).
Language:C 1This code example demonstrates simple UART communication by printing a "Hello World" message on a terminal and blinks an LED using PSoC 4.
Language:Makefile 1This example demonstrates the operation of I2C resource for PSoC 4 in Master mode with an EzI2C slave. The I2C master is configured to send command packets to control a user LED on the slave. Both the slave and master are on the same device.
Language:C 1This example demonstrates the operation of the I2C block for PSoC 4 in Slave mode using callbacks.
Language:C 1This example uses a TCPWM block in the Timer/Counter mode to generate a periodic interrupt. An LED toggles whenever the interrupt occurs.
Language:Makefile 1This 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.
Language:C 1This code example demonstrates how to monitor self-capacitance (CSD) based buttons and slider widgets using the CAPSENSE™ tuner through RTT in PSoC™ 4 devices.
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This code example demonstrates the self-capacitance scanning technique to implement liquid tolerance on mutual-cap sensors.
Language:CThis code example demonstrates how to tune the proximity sensor using CY8CKIT-041S-MAX , PROX on CY8CKIT-024 Kit for liquid tolerance. This code example is tuned for a proximity-sensing distance of 3 cm with liquid tolerance. The proximity of the user hand is indicated by turning on the LEDs (LED1-LED5).
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This code example demonstrates the use of the multi-frequency scan (MFS) for PSoC™ 4 CAPSENSE™ applications to prevent false touch detection in the presence of external noise. This code example demonstrates this feature for both CSD (self-capacitance) and CSX (mutual-capacitance) designs.
Language:CThis 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 in parallel, and the device remains in Deep Sleep mode until the scan is complete.
Language:CThis code example demonstrate how to detect swipe gestures in the X-axis and Y-axis using the proximity sensors on CY8CKIT-024 using the PSoC™ 4 device.
Language:CThis code example demonstrates a CAPSENSE™ based proximity sensing design to control the brightness of an onboard LED. It will help to learn how to design a proximity sensor using a PSoC™ 4 devices, and see how an approaching hand controls the intensity of an onboard LED.
Language:CThis code example demonstrates how to tune self-capacitance (CSD)-based buttons and slider widgets with SmartSense in PSoC™ 4 devices using the CAPSENSE™ tuner.
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This example demonstrates how to create a field upgradable project for PSoC™ 4 using the DFU middleware. The device firmware update (DFU) will occur over the I2C or UART interfaces. This includes downloading an application from a host device (PC/MCU) and installing it in PSoC™ 4 device flash.
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PSoC 4 Class-B Safety Test: Analog Peripherals
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