Code Examples - Cypress.com http://www.cypress.com/?app=search&searchType=advanced&keyword%3D%26rtID%3D113%26id%3D0%26applicationID%3D0%26l%3D0 CapSense® Controller Code Examples Design Guide http://www.cypress.com/?rID=66647 Introduction to CapSense Controller Code Example Design Guide Video

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]]> Mon, 03 Dec 2012 02:22:38 -0600 CSA with TX8SW on CY8C20x34 http://www.cypress.com/?rID=38068

This code example incorporates CapSense Successive Approximation (CSA) module and TX8SW module to serially send CapSense data to the PC. The CapSense module scans all the buttons continuously and calculates the centroid position of the

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]]> Wed, 05 Sep 2012 09:04:59 -0600 CE54574 - CSD with TX8SW on CY8C20xx6 http://www.cypress.com/?rID=38070
This code example incorporates the CapSense module (CSD) and the TX8SW module to serially send CapSense data to the PC. The CapSense module scans all the buttons continuously and calculates the centroid position of the slider. The TX8SW module sends the status (On or Off) of each button and the centroid position of slider to the PC. On the PC, the HyperTerminal communication tool can be used to monitor the data sent by the TX8SW module.
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]]> Wed, 05 Sep 2012 09:03:14 -0600 CSD with TX8SW on CY8C21x34 http://www.cypress.com/?rID=38071
This project incorporates the CapSense module (CSD) and the TX8SW module to serially send CapSense data to the PC. The CapSense module scans all the buttons continuously and calculates the centroid position of the slider. The TX8SW module sends the status (On or Off) of each button and the centroid position of slider to the PC. On the PC, the HyperTerminal communication tool can be used to monitor the data sent by the TX8SW module.
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]]> Wed, 05 Sep 2012 09:01:16 -0600 CSA with TX8SW on CY8C20xx6 http://www.cypress.com/?rID=38069
This project incorporates the CapSense module (CSA) and the TX8SW module to serially send CapSense data to the PC. The CapSense module scans all the buttons continuously and calculates the centroid position of the slider. The TX8SW module sends the status (On or Off) of each button and the centroid position of the slider to the PC. On the PC, the HyperTerminal communication tool can be used to monitor the data sent by the TX8SW module.
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]]> Wed, 05 Sep 2012 08:59:14 -0600 CSD with TX8SW on CY8C24x94 http://www.cypress.com/?rID=38072
The CapSense module (CSD) scans all buttons continuously and calculates the centroid position of slider. TX8SW module is used to setup a serial communication channel between CapSense Controller and PC. On the PC, HyperTerminal communication tool can be used to monitor the status of all buttons and position of finger on the slider.-->

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]]> Wed, 05 Sep 2012 08:56:57 -0600 CSD with TX8 on CY8C21x34 http://www.cypress.com/?rID=38073

This code example incorporates CapSense Sigma Delta (CSD) and TX8 modules to serially send CapSense data to the PC. The CapSense module scans all the buttons continuously and calculates the centroid position of the slider. The TX8 modu

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]]> Wed, 05 Sep 2012 08:55:57 -0600 CSD with TX8 on CY8C24x94 http://www.cypress.com/?rID=38074

This code example incorporates CapSense Sigma Delta (CSD) and TX8 modules to serially send CapSense data to the PC. The CapSense module scans all the buttons continuously and calculates the centroid position of the slider. The TX8 modu

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]]> Wed, 05 Sep 2012 08:53:55 -0600 CE56996 - CapSense® Buttons using SmartSense&trm; on CY8C20xx6A http://www.cypress.com/?rID=39257

This code example demonstrates how to implement CapSense® buttons using SmartSense. SmartSense is available via the CSDAUTO User Module in PSoC Designer 5.0.

The CSDAUTO user module has built in auto tuning algorit

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]]> Wed, 05 Sep 2012 08:50:31 -0600 CE56994 - CapSense® Buttons and Slider Using SmartSense™ on CY8C20xx6A http://www.cypress.com/?rID=39259 The SmartSense user module has auto-tuning algorithms built over the CSD capacitive sensing algorithm. CSD user module requires manual tuning of several operational parameters, which must be set depending on the parasitic capacitance of sensors. Auto tuning algorithms optimize these operational parameters in runtime based on parasitic capacitance of each sensor. Hence, manual tuning is not required when SmartSense is used. This code example demonstrates an example of using the SmartSense user module. EzI2Cs user module is used in this code example to send status information of each button and centroid position of slider to the I2C master.

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]]> Wed, 05 Sep 2012 08:48:12 -0600 CE56995 - CapSense® Matrix Buttons Using SmartSense™ on CY8C20xx6A http://www.cypress.com/?rID=39262 The SmartSense user module has auto tuning algorithms built over the CSD capacitive sensing algorithm. Tuning the CSD user module involves several operational parameters, which must be set depending on the parasitic capacitance of sensors. Auto tuning algorithms optimize these operational parameters in runtime based on parasitic capacitance of each sensor. This project demonstrates an example of using SmartSense user module to implement matrix buttons that are arranged in the form of rows and columns. EzI2Cs user module is used in this project to send row, column, and sequence numbers of activated button to the I2C master.

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]]> Wed, 05 Sep 2012 08:45:09 -0600 CE65490 - Power Consumption With CapSense® (CSD) on CY8C24x94 Device http://www.cypress.com/?rID=47416

Power consumption of a device is important parameter to be considered while designing battery powered electronic systems. Device has to consume less average power to improve battery life period. By invoking sleep periodically in the program executio

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]]> Wed, 05 Sep 2012 08:41:42 -0600 CE65489 - Power Consumption With CapSense® (CSD) on CY8C21x34 Device http://www.cypress.com/?rID=47418

Power consumption of a device is important parameter to be considered while designing battery powered electronic systems. Device has to consume less average power to improve battery life period. By invoking sleep periodically in the program executio

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]]> Wed, 05 Sep 2012 08:39:52 -0600 CE59465 - Power Consumption Optimization (<50 &mu;A) for one CapSense® Button using CSD on CY8C20xx6A http://www.cypress.com/?rID=40546

This code example incorporates the CapSense module (CSD) and a 16 bit timer that help the device to achieve an average current consumption less than 50 uA with one sensor.

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]]> Wed, 05 Sep 2012 08:37:36 -0600 CE59466 - Power Consumption Optimization (<50 uA) for one CapSense® Button using SmartSense&trade; on CY8C20xx6A http://www.cypress.com/?rID=40552 This code example incorporates CapSense module (CSDAUTO) and a 16 bit timer that help the device to achieve an average current consumption less than 50 uA with one sensor.

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]]> Wed, 05 Sep 2012 08:32:53 -0600 CE65462 - Power Consumption With CapSense® (CSA) on CY8C20x34 Device http://www.cypress.com/?rID=47309 Power consumption of a device is important parameter to be considered while designing battery powered electronic systems. Device has to consume less average power to improve battery life period. By invoking sleep periodically in the program execution, average power consumption of the device can be reduced.

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]]> Wed, 05 Sep 2012 08:29:39 -0600 CE65481 - Power Consumption With CapSense® (CSA) on CY8C20xx6A http://www.cypress.com/?rID=47310

Power consumption of a device is important parameter to be considered while designing battery powered electronic systems. Device has to consume less average power to improve battery life period. By invoking sleep periodically in the program execu

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]]> Wed, 05 Sep 2012 08:26:24 -0600 CE65485 - Power Consumption With CapSense® (CSD) on CY8C20xx6A Device http://www.cypress.com/?rID=47317

Power consumption of a device is important parameter to be considered while designing battery powered electronic systems. Device has to consume less average power to improve battery life period. By invoking sleep periodically in the program executio

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]]> Wed, 05 Sep 2012 08:15:21 -0600 CSD with EzI2Cs Slave on CY8C21x34 http://www.cypress.com/?rID=38296 This code example includes the CapSense (CSD) and EzI2Cs modules to send the CapSense data to the I2C master. The CSD Module scans all the buttons continuously and stores the raw count, difference count, and baseline details in a structure defined by MyI2CRegs

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]]> Wed, 05 Sep 2012 08:10:51 -0600 CE54283 - CSD with EzI2Cs Slave on CY8C24x94 http://www.cypress.com/?rID=37987

This code example incorporates CapSense Sigma Delta (CSD) and EzI2Cs modules to send the CapSense data to the I2C master. The CapSense module scans all the buttons continuously and stores the raw count, difference count, and baseline d

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]]> Wed, 05 Sep 2012 08:09:23 -0600 CE54289 - CSA with EzI2Cs Slave on CY8C20x34 http://www.cypress.com/?rID=37985 This code example incorporates a CapSense Successive Approximation (CSA) module and an EzI2Cs module to send the CapSense data to the I2C master. The CapSense module scans all the buttons continuously and stores the raw count, difference count, and baseline details in a structure defined by MyI2CRegs. This structure is used by the EzI2Cs module to send the data to master when required.

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]]> Wed, 05 Sep 2012 08:06:51 -0600 CSD with EzI2Cs Slave on CY8C20xx6 http://www.cypress.com/?rID=37986

This project incorporates CapSense Sigma Delta (CSD) and EzI2Cs modules to send the CapSense data to the I2C master. The CapSense module scans all the buttons continuously and stores the raw count, difference count, and baseline details in a structure defined by MyI2CRegs. This structure is used by the EzI2Cs module to send the data to master when required.

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]]> Wed, 05 Sep 2012 08:04:00 -0600 CE54434 - CSA with EzI2Cs Slave on CY8C20xx6 http://www.cypress.com/?rID=45533

This project incorporates CapSense Successive Approximation (CSA) module and EzI2Cs module to send the CapSense data to the I2C master. The CapSense module scans all the buttons continuously and stores the raw count, difference count, and baseline details in a structure defined by MyI2CRegs. This structure is used by the EzI2Cs module to send the data to master when required.

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]]> Wed, 05 Sep 2012 08:01:05 -0600 CE64134 - Measuring Absolute Sensor Capacitance with a CY8C20xx6A CapSense® Controller http://www.cypress.com/?rID=46696 CapSense systems detect the presence of a touch by monitoring changes in measured sensor capacitance, known as raw counts. The discrimination of touch events from random noise are based solely on the differences in sensor capacitance (or raw counts) caused by a touch. However, there are times when measuring the absolute as opposed to relative capacitance is useful. Tuning is one example. To tune a CapSense system, the absolute capacitance of the sensors must be known. This code example measures the absolute capacitance of sensors with parasitic capacitance (Cp) up to 60pF to within 1pF accuracy. The results are displayed on a personal computer using Windows HyperTerminal.

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]]> Wed, 05 Sep 2012 07:59:07 -0600 Measuring Absolute Sensor Capacitance with a CY8C21x34 CapSense(R) Controller http://www.cypress.com/?rID=46699

CapSense systems detect the presence of a touch by monitoring changes in the raw counts signal. In doing so, CapSense measures the relative or differential capacitance induced by a finger. However, there are times when measuring the absolute capacitance of a sensor is useful. Tuning is one example. To tune a sensor correctly, the absolute capacitance of the sensor must be available. The CY8C21x34 CSD has the capability to measure absolute capacitance with granularity up to 1 pF.

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]]> Wed, 05 Sep 2012 07:55:02 -0600 Measuring Absolute Sensor Capacitance with a CY8C24x94 CapSense(R) Controller http://www.cypress.com/?rID=46700

CapSense systems detect the presence of a touch by monitoring changes in the raw counts signal. In doing so, CapSense measures the relative or differential capacitance induced by a finger. However, there are times when measuring t

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]]> Wed, 05 Sep 2012 07:38:28 -0600 CE54366 - CSD with I2CHW Slave on CY8C24x94 http://www.cypress.com/?rID=37971

This code example incorporates CapSense Sigma Delta (CSD) and I2CHW modules to send the CapSense data to the I2C master. The CapSense module scans all the buttons continuously and stores the raw count, difference count, and baseline details in a structure defined by MyI2CRegs.

]]> Thu, 26 Jul 2012 03:28:33 -0600 CE54363 - CSA with I2CHW Slave on CY8C20xx6 http://www.cypress.com/?rID=45540 This project incorporates CapSense Successive Approximation (CSA) module and I2CHW module to send the CapSense data to the I2C master. The CapSense module scans all the buttons continuously and stores the raw count, difference count, and baseline details in a structure defined by My I2CRegs. This structure is used by the I2CHW module to send the data to master when required.

]]> Thu, 26 Jul 2012 03:20:04 -0600 CE54365 - CSD with I2CHW Slave on CY8C21x34 http://www.cypress.com/?rID=37970 Overview

This code example incorporates CapSense Sigma Delta (CSD) and I2CHW modules to send the CapSense data to the I2C master. The CapSense module scans all the buttons continuously and stores the raw count, difference count, and baseline details in a structure defined by MyI2CRegs. This structure is used by the I2CHW module to send the data to master when required.

]]> Thu, 26 Jul 2012 02:26:37 -0600 PSoC 1 Code Examples http://www.cypress.com/?rID=61168
Title
Description

Implementing Half-duplex UART (using 
dynamic reconfiguration) This project demonstrates a serial port interface between PSoC 1 and the PC
with a baud rate of 19.2 Kbps. Half-duplex UART is implemented using dynamic
reconfiguration where the same digital block is shared by the transmitter (TX8)
and  the receiver (RX8).
Delay Functions
This project provides the ready made APIs for generating software delay and
are accessible from both assembly and C files.

Float to ASCII conversion
This project provides a method of how to send Float numbers via UART or
display them on LCD by using ftoa function from stdlib library.

Interfacing an I2C based RTC (Real Time Clock),  DS1307 to PSoC 1
This project demonstrates how to interface the PSoC® 1 to an I2C Real
Time Clock (DS1307) and display the date and time on the LCD.

Generation of sine wave in PSoC1
This example demonstrates a simple method of generating a sine wave
of 60Hz in PSoC 1  using a 64 point look up table (LUT), a DAC, and a time base.

Interfacing an I2C EEPROM using I2CHW User Module
This example demonstrates the usage of I2CHW user module configured as 
master to communicate with an external I2C EEPROM (24C256) which is an I2C
slave.

Interfacing an I2C based temperature sensor, LM75 to PSoC 1
This example uses the I2CHW Master user-module to retrieve ambient
temperature from the LM75 sensor at regular intervals of time and display
it on the LCD after required rocessing.

Configuring E2PROM user module
This project demonstrates how to configure an E2PROM user module,
how to read andwrite to E2PROM and display the contents of E2PROM on an 
LCD.

Interfacing PSoC1 to an SPI EEPROM
This example demonstrates the usage of SPIM user module (SPI Master) to
communicate with an external SPI EEPROM.

PowerPSoC® - Measuring Channel Current Using the    Analog Input Multiplexer (AINX)
This project demonstrates how the current through any of the channels can be
monitored using the AINX block, using the CY3268 PowerPSoC demonstration kit.

Measuring Relative Humidity / Pressure using PSoC1
This project demonstrates how to interface external humidity and pressure sensor with PSoC1 and display it on the LCD after required processing.

Setting Up GPIO Interrupts
This example provides the steps required to configure GPIO interrupt.
It also provide code snippets whichcan be used in the project for the
actual implementation.

Programming PSoC 1 using an I2C Bootloader
This project uses the I2C bootloader User Module with full API support option to
implement a bootloader. To emonstrate how the bootloading works, first
program a PSoC device with one application, and then bootload the device with
the Bridge ControlPanel (I2C PC host software) over  the CY3240 USB-I2C Bridge

Using an incremental ADC to measure 0 to 5V
This project attached demonstrates how to use an ADCINCVR to measure a
0 to 5Volt signal and display the corresponding decimal value on a character
LCD

Generation of non-overlapping clocks (PWMs with Dead  Band)
This project demonstrates the implementation of PWMDB for generation of
non-overlapping clocks using CY8C29466 device.

Using UART in PSoC1
This example provides an example of how to configure UART for a particular
baud rate. It also shows how to handle the transmission and reception of data
via UART on both PC and device side.

Implementation of Virtual COM port / USBUART
This project demonstrates working of the USBUART module. It is designed
to communicate with HyperTerminal (PC application) and display the
typed content on a character LCD..

ADC10 to measure 0 to 4V
This project demonstrates the use of a single slope ADC10 UM to measure
a 0 to 4 V input and display the result on an LCD

Usage of PSoC 1 incremental ADCs
This example shows how to configure Incremental ADCs
(ADCINC and ADCINCVR)inside PSoC1 to measure analog signal
and display on LCD. It makes use of PGA  and INSAMP to route the 
analog inputs to ADC input.

Interfacing I2C EEPROM with using software I2C in PSoC 1
This example demonstrates the usage of software I2C user module configured
as master to communicate with an external I2C EEPROM (24C256) which is an
I2C  slave.

Using Pseudo Random Sequence (PRS) generator as PRS Pulse Width modulator (PWM)
This example provides an example of how to use PRS as a PWM.
It also compares the frequency spectrum of PRS PWM with a conventional
PWM.

Pseudo Random Sequence Generator using PSoC 1
This project demonstrate the use of an 8-bit PRS user moduler to generate
a random number sequence for the given modular polynomial and seed value.
The numbers are generated at an interval of 10 ms and the series is transmitted
using a TX8 serial transmitter.

Implementation of OneShot
This project demonstrates the operation of OneShot8 User Module that
produces a single pulse in response to an input signal.

Implementation of DualADC
This project demonstrates the usage of DualADC UM to simultaneously
digitize two analog inputs and display the converted result on LCD.

Usage of Delta-Sigma ADC and UART
This example demonstrates the usage of DelSigADC user module with
second order modulator to convert analog input signal into digital data and
transmit the same using UART to hyperterminal on PC.

Usage of DigBuf to route signals at the output
This project demonstrate the usage of DigBuf UM to route the internal signals
at the output.

Usage of CRC generator
The attached document and project demonstrate the operation of CRC16
user module. It is designed to transmit a string of 10 characters using SPI master
(SPIM) user module. The bit stream is then externally fed back to a CRC16.

Configuring Programmable threshold comparator
This project demonstrates the usage of CMPPRG user module to compare
a voltage signal against a threshold. Comparator output is then routed
on a pin via digital buffer (DigBuf).

Usage of TRIADC
This project demonstrates the operation of TRIADC user module. It is
designed to measure three analog signals and display the digital output
from the TRIADC on a LCD.

Using CapSense® Buttons for LED Control on the CY3267 PowerPSoC® Evaluation Kit
This project aim to configure the CapSense buttons to control the LEDs.
I2C communication is used between the two devices to communicate the
status of the CapSense buttons.

Signal Rectifier + Low Pass Filter Using PSoC® 1
This project implements an all hardware full wave rectifier with a low pass
filter to generate an avereage DC signal. It does not use any external
hardware for the implementation of this design.
]]> Mon, 02 Apr 2012 01:52:47 -0600 CE63794 - CSA Software Filters with EzI2Cs Slave on CY8C20xx6 http://www.cypress.com/?rID=47169 Tue, 06 Sep 2011 02:33:48 -0600 CE63796 - CSD Software Filters with EzI2Cs Slave on CY8C21x34 http://www.cypress.com/?rID=46977 This code example incorporates the CapSense sigma delta (CSD) module and EzI2Cs module to send CapSense data to the I2C master. The CapSense module scans all the buttons, slider segments, and applies filters as enabled and continuously

]]> Mon, 29 Aug 2011 04:29:07 -0600 CE63793 - CSD Software Filters with EzI2Cs Slave on CY8C20xx6A http://www.cypress.com/?rID=46978 This code example incorporates the CapSense sigmal delta (CSD) module and EzI2Cs module to send CapSense data to the I2C master. The CapSense module scans all the buttons, slider segments, and applies filters as enabled and continuousl

]]> Mon, 29 Aug 2011 04:23:32 -0600 CE63795 - CSA Software Filters with EzI2Cs Slave on CY8C20x34 http://www.cypress.com/?rID=47170 This code example incorporates the CapSense successive approximation (CSA) module and EzI2Cs module to send CapSense data to the I2C master. The CapSense module scans all the buttons and slider segments and applies filters as enabled a

]]> Mon, 29 Aug 2011 04:09:27 -0600 CE63792 - CSD Software Filters with EzI2Cs Slave on CY8C24x94 http://www.cypress.com/?rID=46979 This code example incorporates the CapSense sigma delta (CSD) module and EzI2Cs module to send CapSense data to the I2C master. The CapSense module scans all the buttons, slider segments, and applies filters as enabled and continuously.

]]> Mon, 29 Aug 2011 03:19:45 -0600 CE54364 - CSD with I2CHW Slave on CY8C20xx6 http://www.cypress.com/?rID=45545 This code example incorporates CapSense Sigma Delta (CSD) and I2CHW modules to send the CapSense data to the I2C master. The CapSense module scans all the buttons continuously and stores the raw count, difference count, and baseline de

]]> Wed, 17 Aug 2011 04:37:40 -0600 CE54362 - CSA with I2CHW Slave on CY8C20x34 http://www.cypress.com/?rID=37967 This code example incorporates CapSense Successive Approximation (CSA) module and I2CHW module to send the CapSense data to the I2C master. The CapSense module scans all the buttons continuously and stores the raw count, difference cou

]]> Mon, 08 Aug 2011 07:21:35 -0600 CE54288 - CSD with EzI2Cs Slave on CY8C20xx6 http://www.cypress.com/?rID=48253 This code example incorporates CapSense Sigma Delta (CSD) and EzI2Cs modules to send the CapSense data to the I2C master. The CapSense module scans all the buttons continuously and stores the raw count, difference count, and baseline details in a structure def]]> Mon, 01 Aug 2011 02:29:27 -0600 Receive ADC Data Using CYRF6936 and CY8C27643 http://www.cypress.com/?rID=42964

The CYRF6936 WirelessUSB LP radio is a second generation member of the Cypress WirelessUSB Radio System-On-Chip (SoC) family. The SoC contains a 2.4 GHz, 1 Mbps GFSK radio transceiver, packet data buffering, packet framer, DSSS baseband controller, Received Signal Strength Indication (RSSI), and Serial Peripheral Interface (SPI) for data transfer and device configuration. The CYRF6936 IC has an SPI supporting communication between an application MCU and one or more slave devices, including the CYRF6936.

]]> Fri, 11 Mar 2011 06:55:11 -0600 Implementing Pin Specific Interrupts in enCoRe&trade; II / enCoRe II LV http://www.cypress.com/?rID=48990 This Code Example demonstrates how to use the dedicated pin GPIO interrupt INT0. When a switch connected to the port pin corresponding to INT0 (P0.2) is pressed, an LED connected to P1.3 glows. This Code Example was developed for CY7C60123-PVXC.

]]> Thu, 24 Feb 2011 00:00:00 -0600 Transmit ADC Data Using CYRF6936 and CY8C29666 http://www.cypress.com/?rID=43035

The CYRF6936 WirelessUSB LP radio is a second generation member of the Cypress WirelessUSB Radio System-On-Chip (SoC) family. The SoC contains a 2.4 GHz, 1 Mbps GFSK radio transceiver, packet data buffering, packet framer, DSSS ba]]> Thu, 20 Jan 2011 05:30:22 -0600 Dynamically Change CSD Bleed Resistor http://www.cypress.com/?rID=48346 Thu, 13 Jan 2011 05:53:42 -0600