The component is configured with a linear slider.
#Passware kit7.9 software
This CAPSENSE™_CSD_P4_Design code example demonstrates operation of the CAPSENSE™ CSD component with the PSoC™ Creator Software and PSoC™ 4 Pioneer Kit (CY8CKIT-042) or PSoC™ 4 S0 Kit (CY8CKIT-040) hardware. Visual feedback of a Button/Slider touch can be observed via LEDs/LCD. The component is configured with 2 buttons and linear slider. This CAPSENSE™_CSD_Design code example demonstrates operation of the CAPSENSE™ CSD component with the PSoC™ Creator Software and DVK hardware. This is only one part of code example, for getting entire example you should also find CANExampleControl project.
#Passware kit7.9 full
The CANExampleRemote code example demonstrates use of the CAN Component.CAN Configuration, transmitting and receiving Full messages, handling Tx and Rx error is demonstrated. For additional information on use of the CAN component also refer to the CANExampleRemote project. CAN Configuration, transmitting and receiving Full messages, and handling Tx and Rx errors are demonstrated. The CANExampleControl code example demonstrates use of the CAN Component. Refer to the Bootloadable_PSoC™4_code example for the bootloadable application. This is the bootloader application project. This code example demonstrates the basic operation of the Bootloader and Bootloadable components. Refer to the Bootloader_PSoC™4_code example for the bootloader application. This is the bootloadable application project.
code example demonstrates the usage of the Boost Converter component as a power source for a PSoC™ chip. This datasheet code example demonstrates operation of the BoostConv (Boost Converter) -component with the PSoC™ Creator Software. They also provide a simple example that can be used with the debugger. The BasicDesign project contains an example for use with the PSoC™ Creator Help tutorials: "Basic Design" and "Debugging a Design." This project and tutorials provide more details about working with a design, including pins, clocks, and interrupts.
The input analog voltage fed to the ADC input terminal is converted to the corresponding digital value and this is displayed on the LCD module. The ADC Single Ended mode code example demonstrates use of the ADC_DelSig component in single ended mode. This datasheet code example demonstrates the operation of the PSoC™ 5LP ADC SAR Sequencer.ĭelta Sigma ADC in single-ended mode with PSoC™ 3/5LP This project demonstrates two channel measurements by the PSoC™ 4 sequencing SAR ADC, transferring results to the LCD and PWM using an ISR. Sequencing SAR ADC and Die temperature sensor with PSoC™ 4 The ADC_SAR measurements are transferred using ISR and DMA to the PrISM and Character LCD components.
This datasheet code example demonstrates operation of the ADC_SAR (ADC Successive Approximation Register) and PrISM (Precision Illumination -Signal Modulation) components with the PSoC™ Creator Software. VDAC converts this digital value to analog signal which can be measured using a multimeter. On each rising edge of EOC signal, ADC output is transferred to VDAC input register. The ADC EOC signal is connected to DRQ input of DMA. The ADC is configured in default single ended mode. This code example shows the usage of DMA with ADC and VDAC components.
#Passware kit7.9 how to
This code example demonstrates how to sample four different channels with Sequencing ADC, use Opamps to form a Differential preamplifier, and send results to HyperTerminal (PC) using UART.ĭelta Sigma ADC in single-ended mode using DMA and VDAC with PSoC™ 3/5LP SAR ADC in Differential Mode using Pre-Amplifier with PSoC™ 4 The ADC Differential project contains an example for the use of the ADC_DelSig component in differential mode. Delta Sigma ADC in Differential Mode with PSoC™ 3/5LP