#Psoc creator receiving string data how to
#Psoc creator receiving string data serial
#Psoc creator receiving string data driver

Sensors located on or near the container's exterior provide real-time reporting of liquid level.

#Psoc creator receiving string data how to

This code example demonstrates how to use PSoC™ 4, CapSense technology, and capacitive sensors to measure the depth or presence of water-based liquids in non-conductive containers. This code example demonstrates the implementation of a real-time clock (RTC) with PSoC™ 4100 and PSoC™ 4200 devices.ĬE202479 PSoC™ 4 Capacitive Liquid Level Sensing This code example uses the Software Transmit UART Component to send test data to the terminal program on a PC.ĬE195379_Software_Transmit_UART_PSoC™3_4_5LP

#Psoc creator receiving string data serial

EZI2C Component: - receives packets with commands that control the RGB LED color - provides a status register for the master the register contains the command execution result - success or fail.ĬE195362 - PSoC™ 4 EZI2C Slave with Serial Communication Block (SCB) This code example demonstrates the basic usage of the EZI2C Slave Component. This code example demonstrates the usage of Quadrature Decoder mode in the PSoC™ 4 TCPWM Component.

This example shows how to use a PSoC™ Creator PrISM Component, which provides modulation technology. It also demonstrates the usage of address macros and custom commands. This code example demonstrates how to use the I2C LCD Component with the NXP PCF2119x-compatible LCD modules. This code example demonstrates how to enter and wake up from Hibernate and Stop low-power modes with PSoC™ 4.ĬE195321 Hibernate and Stop PowerModes PSoC™4

#Psoc creator receiving string data driver

This example demonstrates how to use the Em_EEPROM driver and Component in PSoC™ 4, PSoC™ 5LP, and PSoC™ 6 MCU devices.ĬE195313 PSoC™ Emulated EEPROM (PSoC™ Creator) The firmware sequentially switches the input channels to the comparators_x005F input and shows results of the voltage comparison using LEDs.ĬE195297 PSoC™4000 1 2V Comparator AnalogMux This code example uses one 1.2-V Comparator to compare input voltages from two sources to internal reference. This code example demonstrates how to use the 1.2-V Comparator and Analog Multiplexer Components to select the input voltage source. The Comparator_x005Fs output value is shown using a LED.ĬE195293_Analog_Voltage_Comparator_PSoC™4 Calibration mode is used to minimize the Comparator's input voltage offset. This code example uses the Comparator Component to compare input voltages and the Analog Mux Component to switch the comparator_x005Fs inputs between operation and calibration modes. This code example demonstrates the PSoC™ 4 Comparator Component in the Inverting polarity and calibrating feature. Example uses the Character LCD Component API to display a horizontal bar graph on the 16x02 character LCD with Hitachi 44780 4-bit interfacĬE195291 Character LCD Horizontal Bar Graph with PSoC™ 3, PSoC™ 4, and PSoC™ 5LP This code example shows how to use the Character LCD with the Component Horizontal Bar Graph feature.

This example demonstrates how to implement Tuner GUI interface for CapSense design using UART and I2C interfaces in PSoC™ 4 devices. The measurement results shown in the terminal program on a PC.ĬE195275 - Sequencing SAR ADC and Die Temperature Sensor with PSoC™ 4

The code example uses the Sequencing SAR ADC Component to measure input voltages and die temperature. This code example demonstrates the usage of the Sequencing SAR ADC Component with an injection channel and the Die Temperature Component.