Infineon CY8CKIT-041S-MAX User Manual Download

Page: 44 / 56

User Guide

44 of 56

002-32436 Rev. *B

<2021-06>

CY8CKIT-041S-

MAX PSoC™ 4100S Max pioneer kit guide

Hardware

3.2.11.2

Slider interface

The Expansion board consists of an 8-segment slider that supports both CSD and CSX sensing.

Figure 33

Schematics of slider interface section

Table 8

Slider interface

FFC pin #

Function

PSoC

™

4100S Max MCU pin

J1.1, J1.11, J1.12, J1.18, J1.19,
J1.25, J1.27, J1.28, J1.37

GND

J1.2

–

J1.10, J1.13

–

J1.17, J1.29,

J1.30, J1.34, J1.35, J1.39

No connect (NC)

J1.20

SLD.RX0

P4[7]

J1.21

SLD.RX1

P4[6]

J1.22

SLD.RX2

P4[5]

J1.23

SLD.RX3

P4[4]

J1.24

SLD.RX4

P11[4]

J1.26

SHIELD1

P0[2]

J1.31

SLD.RX5

P3[7]

J1.32

SLD.RX6

P3[6]

J1.33

SLD.RX7

P3[5]

J1.36

SLD.TX

P3[0]

J1.38, J1.40

SHIELD0

P11[3]

2nd Layer Hatch Pattern

CapSense Shield for Slider

CS_SLD_RX5

0 OHM

DNI

CS_SLD_RX4

Hatch_Pattern1

CS_SLD_RX0

CSS1

8-Seg Slider

RX0

RX1

RX2

RX3

RX4

RX5

RX6

RX7

GND

CS_SLD_RX1

CS_SLD_RX7

Hatch_Pattern3

GND

CS_SLD_RX3

FFC Connector
CapSense Slider Interface

GND

0 OHM

GND

HATCH_PATTERN3

CS_SLD_RX6

TIE1

CS_SLD_TX

CS_SLD_SHIELD1

0 OHM

DNI

TIE2

CS_SLD_RX2

CS_SLD_TX

CS_SLD_RX4

CapSense Slider

CS_SLD_SHIELD0

CS_SLD_RX5

CS_SLD_RX6

CS_SLD_RX3

GND

CS_SLD_SHIELD0

GND

TF31-40S-0.5SH(800)

MTG1

MTG2

CS_SLD_RX7

CS_SLD_SHIELD0

CS_SLD_SHIELD1

CS_SLD_RX0

CS_SLD_RX1

CS_SLD_RX2

GND

Summary of Contents for CY8CKIT-041S-MAX

Page 1: ...06 CY8CKIT 041S MAX PSoC 4100S Max pioneer kit guide About this document Scope and purpose This guide will help you get acquainted with the PSoC 4100S Max pioneer kit CY8CKIT 041S MAX This document also provides hardware details of the board and its usage information Intended audience This document is intended for CY8CKIT 041S MAX users ...

Page 2: ...3 2 3 2 USB UART bridge 24 2 3 3 USB I2C bridge 24 3 Hardware 25 3 1 Schematics 25 3 2 Hardware functional description 25 3 2 1 PSoC 4100S Max MCU 25 3 2 2 PSoC 5LP based KitProg3 program and debug 28 3 2 2 1 Serial interface between KitProg3 and PSoC 4100S Max MCU 29 3 2 3 PSoC 4100S Max MCU SWD 10 pin programming header 30 3 2 4 Power supply system 31 3 2 4 1 Voltage regulators 32 3 2 4 2 Voltag...

Page 3: ...3 of 56 002 32436 Rev B 2021 06 CY8CKIT 041S MAX PSoC 4100S Max pioneer kit guide Table of contents 3 3 CY8CKIT 041S MAX Kit rework 46 3 4 Bill of materials 53 3 5 Frequently asked questions 53 Revision history 55 ...

Page 4: ... to avoid performance degradation or loss of functionality Store unused PSoC 4100S Max pioneer boards in the protective shipping package End of Life Product Recycling The end of life cycle for this kit is five years from the date of manufacture mentioned on the back of the box Contact your nearest recycler to discard the kit General safety instructions ESD protection ESD can damage boards and asso...

Page 5: ...oltage regulators user LEDs and buttons CAPSENSE buttons thermistor a micro B connector for USB device interface crystal oscillators and other passives The capacitive sensing expansion board consists of CAPSENSE Touchpad slider and proximity sensors The PSoC 4100S Max pioneer kit introduces an evaluation platform for the 5th generation CAPSENSE multi sense converter in PSoC 4100S Max devices Refer...

Page 6: ... the major features of the PSoC 4100S Max pioneer kit and functionalities such as programming debugging and the USB UART and USB I2C bridges The Hardware chapter provides a detailed hardware description kit schematics and the bill of materials BOM Application development using the PSoC 4100S Max pioneer kit is supported in ModusToolbox For the latest software support for this development kit refer...

Page 7: ...SB connector J8 3 KitProg3 status LED D3 4 PSoC 5LP based KitProg3 programmer and debugger CY8C5868LTI LP039 U2 5 KitProg3 programming mode selection button SW3 6 Voltage regulator U3 7 PSoC 4100S Max MCU power selection jumper J10 8 PSoC 4100S Max MCU current measurement header J11 9 PSoC 4100S Max MCU reset button SW1 10 Arduino UNO R3 compatible power header J1 11 PSoC 4100S Max MCU program and...

Page 8: ...board pinout Table 1 PSoC 4100S Max pioneer board pinout Pin Primary on board function Secondary on board function Connection details XRES Hardware reset P0 0 FFC connector J9 28 Touchpad side CAPSENSE Touchpad RX0 Slider side None P0 1 CAPSENSE button RX P0 2 CAPSENSE shield 1 P0 3 CAPSENSE button 1 TX P0 4 UART_TX P0 5 UART_RX P0 6 UART_RTS GPIO on J6 2 header Remove R10 and mount R62 to connect...

Page 9: ...76 and mount R81 to connect to Arduino header P2 7 GPIO on J2 15 header Thermistor GND Remove R91 and mount R88 to connect to thermistor P3 0 FFC connector J9 5 Touchpad side CAPSENSE Touchpad TX8 Slider side CAPSENSE slider TX P3 1 FFC connector J9 6 Touchpad side CAPSENSE Touchpad TX9 Slider side None P3 4 FFC connector J9 7 Touchpad side CAPSENSE Touchpad TX10 Slider side None P3 5 FFC connecto...

Page 10: ...d side CAPSENSE Touchpad RX3 Slider side None P6 0 Arduino D4 J4 5 P6 1 Arduino D5 J4 6 P6 2 Arduino D6 J4 7 P6 3 Arduino D7 J4 8 P6 4 Orange User LED D4 GPIO on extended header J6 6 Remove R109 and mount R112 to connect to extended header P6 5 FFC connector J9 2 Touchpad side CAPSENSE proximity Slider side None P7 2 GPIO on J2 12 header P7 3 Red User LED D1 GPIO on extended header J6 4 Remove R42...

Page 11: ...r side None P11 2 CAPSENSE button 0 TX P11 3 CAPSENSE shield 0 P11 4 FFC connector J9 17 Touchpad side CAPSENSE Touchpad RX9 Slider side CAPSENSE slider RX4 P11 5 User button P12 0 Orange user LED D5 GPIO on extended header J6 5 Remove R110 and mount R111 to connect to extended header P12 1 GPIO on J2 16 header 1 4 Additional learning resources Infineon provides a wealth of data at www cypress com...

Page 12: ... 2 2 4 Text in gray boxes Describes Cautions or unique functionality of the product 1 7 Abbreviations and definitions Table 3 Abbreviations Abbreviation Definition ADC Analog to Digital Converter BOM Bill of Materials BSP Board Support Package CLI Command Line Interface CMOD Modulator Capacitor CMSIS DAP Cortex Microcontroller System Interface Standard Debug Access Port CPU Central Processing Unit...

Page 13: ...r NTC Negative Temperature Coefficient OOB Out of Box PSoC Programmable System on Chip PWM Pulse Width Modulation QSPI Quad Serial Peripheral Interface RTS Request to Send UART SAR Successive Approximation Register SCL Serial Clock I2C SDA Serial Data I2C SWD Serial Wire Debug UART Universal Asynchronous Receiver Transmitter USB Universal Serial Bus VIN Voltage In WCO Watch Crystal Oscillator XRES...

Page 14: ...m System Interconnect Single Layer AHB PSoC 4100S Max IOSS GPIO 13x ports I O Subsystem Peripheral Interconnect MMIO PCLK FLASH 384 KB Read Accelerator SPCIF 32 bit AHB Lite Up to 84x GPIOs Deep Sleep Active Sleep Power Modes Digital DFT Test Analog DFT System Resources Lite Power Clock Reset Clock Control IMO Sleep Control REF POR Reset Control TestMode Entry WIC XRES WDT ILO PWRSYS 8x TCPWM WCO ...

Page 15: ...C UART CTS RTS UART TX RX VCC_3V3 VTARG P4_VDD CapSense Buttons x2 FFC Connector Non Arduino I O Header VIN Header OR ing 7 12V User Button ECO SWD CapSense Touchpad Infineon Cypress Parts Loaded Parts No Load Parts CY8CKIT 041S MAX PSoC 4100S Max Pioneer Kit Functional Block Diagram CapSense Slider Proximity CMOD x4 VTARG J1_3V3 J1_5V0 VIN Figure 4 Functional block diagram of CY8CKIT 041S MAX PSo...

Page 16: ...also has a provision to power the kit though the VIN input 11 PSoC 4100S Max MCU program and debug header J12 This 10 pin header allows you to program and debug the PSoC 4100S Max MCU using an external programmer such as MiniProg4 It is not typically used since the kit has an onboard programmer debugger 12 Arduino Uno R3 compatible I O headers J2 J3 and J4 These I O headers bring out pins from the...

Page 17: ... not loaded by default See 3 2 Hardware functional description for details on various hardware blocks Figure 6 shows the markup of the capacitive sensing expansion board Figure 6 CY8CKIT 041S MAX capacitive sensing expansion board details The capacitive sensing expansion board has the following peripherals 1 Flat Flex Cable FFC connector J2 This connector is used to connect the expansion board to ...

Page 18: ...eating a project and program debug using ModusToolbox This section presents a quick overview of creating a project program debug using ModusToolbox For detailed instructions see Help ModusToolbox IDE Documentation User Guide 1 Connect the board to the PC usingthe USBcable as shownin Figure 7 Itenumerates as aUSB composite device if you are connecting it to your PC for the first time KitProg3 opera...

Page 19: ...In the ModusToolbox IDE import the desired code example application into a new workspace a Click on New Application from Quick Panel Figure 8 Example figure b Select the CY8CKIT 041S MAX in the Choose Board Support Package BSP window and click Next as shown in Figure 9 Figure 9 Board Support Package BSP window ...

Page 20: ...e 20 of 56 002 32436 Rev B 2021 06 CY8CKIT 041S MAX PSoC 4100S Max pioneer kit guide Kit operation c Select the application and click Create as shown in Figure 10 Figure 10 CY8CKIT 041S MAX Application selection ...

Page 21: ...it operation 3 To build and program a PSoC 4100S Max MCU application in the Project Explorer select App_Name project In the Quick Panel scroll to the Launches section and click the App_Name Program KitProg3_MiniProg4 configuration as shown in Figure 11 Figure 11 Build and program the code example ...

Page 22: ... debugger To debug a PSoC 4100S Max MCU application in the Project Explorer select App_Name project In the Quick Panel scroll to the Launches section and click the App_Name Debug KitProg3_MiniProg4 configuration as shown in Figure 12 For a detailed explanation on how to debug using ModusToolbox see KBA224621 Figure 12 Debug the code example ...

Page 23: ...the OOB example you can restore it by programming the PSoC 4 MSC CAPSENSE CSX Button Tuning code example Refer 2 3 Creating a project and program debug using ModusToolbox for programming the board 1 Connect the board to your PC using the provided USB cable through the KitProg3 USB connector 2 Touch a CAPSENSE button and observe the corresponding LED turn ON as Figure 13 shows Figure 13 MSC CAPSENS...

Page 24: ...UART connection between KitProg3 and PSoC 4100S Max MCU 2 3 3 USB I2C bridge The KitProg3 can function as a USB I2C bridge and can communicate with the bridge control panel BCP software which acts as an I2C master The I2C lines on the PSoC 4100S Max MCU are hard wired on the board to the I2C lines of the KitProg3 with onboard pull up resistors as Figure 15 shows The USB I2C supports I2C speeds of ...

Page 25: ...MCU device are fanned out to expansion headers that include headers in Arduino Uno formfactor and an FFC connector for CAPSENSE expansion The expansion board consists of CAPSENSE Touchpad slider and proximity sensors 3 2 1 PSoC 4100S Max MCU This kit features a PSoC 4100S Max MCU PSoC 4 is a scalable and reconfigurable platform architecture for a family of programmable embedded system controllers ...

Page 26: ...P4 3 46 P4 4 47 P4 5 48 P4 6 49 P4 7 50 P6 0 18 P6 1 19 P6 2 20 P6 3 21 P6 4 22 P6 5 25 P7 0 55 P7 1 56 P7 2 57 P7 3 58 P7 4 59 P7 5 60 P7 6 61 P7 7 62 P8 0 71 P8 1 72 P8 2 73 P8 3 74 P9 0 79 P9 1 80 P9 2 81 P9 3 82 P10 0 12 P10 1 13 P10 2 14 P10 3 15 P10 4 16 P10 5 17 P11 0 36 P11 1 37 P11 2 38 P11 3 39 P11 4 40 P11 5 41 P12 0 23 P12 1 24 XRES 75 VCCD 76 VDDA 91 VDDD_1 11 VDDD_2 35 VDDD_3 42 VDDD...

Page 27: ... DNI C51 10uF 25V DNI FB2 1K VDDD VCCD R51 0 OHM DNI VDDD and VCCD pins should be shorted together and bypassed if 1 71 to 1 89V external supply is provided on VDDD PSoC 4100S Max MCU Power VDDA P4_VDD C5 0 1uF 16V VDDD C41 1uF 16V C11 0 1uF 16V C6 0 1uF 16V C27 0 1uF 16V Decoupling Capacitors C49 1uF 16V C61 1uF 16V C60 1uF 16V C42 1uF 16V VDDA C4 0 1uF 16V C26 0 1uF 16V VCCD ...

Page 28: ... P1 5 16 P1 3 14 P1 1 12 VSSD 25 P15 6 D 22 P15 7 D 23 VCCD 26 P12 0 38 P1 0 11 P1 2 13 P1 4 15 P1 6 18 P3 0 29 P3 2 31 P3 4 33 P12 1 39 P12 2 46 P3 6 36 P2 0 62 P2 2 64 P2 4 66 P2 6 1 P0 0 48 P0 2 50 P0 4 53 P0 6 55 VDDD 59 VSSD 58 P0 7 56 P0 5 54 P0 3 51 P0 1 49 P2 7 2 P2 5 68 P12 4 3 P12 5 4 VSSB 5 IND 6 VBOOST 7 VBAT 8 VSSD 9 XRES 10 VDDIO1 17 P12 6 20 P12 7 21 VDDD 24 P15 0 27 P15 1 28 VDDIO2...

Page 29: ...chematics of serial interface between KitProg3 and PSoC 4100S Max MCU XRES_L VTARG R93 10K DNI MCU SWD Interface R89 0 OHM P3_3 RESET R83 10K DNI R79 0 OHM SWDIO R63 0 OHM P3_2 SWDCLK P0_6 R9 0 OHM P0_7 R65 10K DNI UART Interface with H W Flow Control IO_P0_6 UART_TX R72 10K DNI UART_RX R62 0 OHM DNI R74 0 OHM IO_P0_7 P0_4 R68 0 OHM UART_RTS P0_5 VTARG R58 0 OHM DNI UART_CTS R10 0 OHM P1_0 R57 0 O...

Page 30: ... 4100S Max MCU SWD 10 pin programming header This 10 pin header allows you to program and debug the PSoC 4100S Max MCU using an external programmer such as MiniProg4 Figure 19 Schematics of programming header MCU 10 pin SWD Header P3_2 C64 1uF 16V HDR 5x2 J12 1 3 5 7 9 2 4 6 8 10 XRES_L VTARG D10 ESD5V0D5 TP P3_3 ...

Page 31: ... 5 V from the PSoC 4100S Max MCU SWD 10 pin programming header J12 Figure 20 Schematics of power supply input system D7 ESD5V0D5 TP 5V 900mA KitProg3 USB Micro B Connector C39 10nF 50V KP_DP KP_DM KP_VBUS_IN J8 629105150521 VBUS 1 DM 2 DP 3 GND 5 ID 4 S1 SH1 S2 SH2 S3 SH3 S4 SH4 R46 100K TP3 BLACK DNI Note VIN is supported upto max input voltage of 20V 7 12V 1A VIN Header D6 SD24 7 J5 OSTVN02A150 ...

Page 32: ... USB depends on the generation of the USB port to which the board is plugged into as a rule of thumb USB 2 0 can source 500 mA while USB 3 0 can source 900 mA Figure 21 Schematics of voltage regulator 3 2 4 2 Voltage selection A voltage selection jumper is used to select the power for the target device with two voltage levels 5 V direct or 3 3 V from the regulator By default the power for target d...

Page 33: ...o PSoC 4100S Max MCU Four external modulation capacitors CMOD are present on the pioneer board to enable CAPSENSE functionality The board supports driven shield that can drive the hatch pattern surrounding the sensor region by default these hatch patterns are connected to ground For details on using CAPSENSE including design guidelines see the PSoC 4 and PSoC 6 MCU CAPSENSE Design Guide Note Do no...

Page 34: ...ection 3 2 10 3 FFC connector for expansion board for more details on this connector and pin mapping CSB1 Tx 1 Rx 2 P0_1 CS_BTN_RX CS_BTN0_TX R35 2K CS_BTN0_TX CS_BTN1_TX CSB2 Tx 1 Rx 2 R16 2K P0_3 P11_2 CS_BTN_RX CS_BTN1_TX CapSense Buttons R12 2K CS_SHIELD0 Hatch_Pattern1 SH 1 R98 0 OHM R99 0 OHM R101 0 OHM DNI CS_SHIELD1 R100 0 OHM DNI Hatch_Pattern2 SH 1 CapSense Buttons Shield P11_3 R36 560 O...

Page 35: ...ange are placed near CAPSENSE buttons and are typically used in the CAPSENSE code example to demonstrate CAPSENSE buttons status These two LEDs are connected to pins P6 4 and P12 0 of PSoC 4100S Max MCU LED1 red is connected to P7 3 All three user LEDs are active LOW Figure 25 Schematics of LEDs R45 390 OHM VOUT_3V3 Note LED does not light up w hen pow ered through external programmer Power LED D2...

Page 36: ...ee the KitProg3 User Guide for details All buttons are active LOW and short to GND when pressed Figure 26 Schematics of push buttons 3 2 8 Crystal oscillators A 24 MHz crystal oscillator footprint is provided onboard and connected to P0 6 and P0 7 of the PSoC 4100S Max MCU These pins are by default connected to UART RTS and CTS Remove these connections before using crystal oscillator Figure 27 Sch...

Page 37: ...onnections using zero ohm resistors The optional pins provided for ratio metric mode are also connected to Arduino header J2 Remove these resistors while connecting the thermistor in ratio metric mode Figure 28 Schematics of thermistor TH1 10K THERM_VDD C37 10nF 50V DNI THERM_OUT R44 0 OHM VTARG R41 10K 1 R40 0 OHM THERM_GND C36 10nF 50V DNI Thermistor R88 0 OHM DNI THERM_OUT R91 0 OHM R81 0 OHM D...

Page 38: ...s Arduino shields The header also has a provision to power the pioneer board though the VIN input on the connector Table 4 Pinout Arduino Uno compatible power connector Pin Arduino pin Pioneer board function J1 1 VIN 7 12 V i o J1 2 GND Ground J1 3 GND Ground J1 4 5 V 5 V o p J1 5 3 3 V 3 3 V o p J1 6 RESET PSoC 4100S Max MCU reset J1 7 IOREF IOREF o p J1 8 N C N C ARD_P2_5 Arduino connectors J1_5...

Page 39: ... N C P1 2 J2 3 A1 ADC1 P2 1 J2 4 N C N C P1 3 J2 5 A2 ADC2 P2 2 J2 6 N C N C P1 4 J2 7 A3 ADC3 P2 3 J2 8 N C N C P1 5 J2 9 A4 ADC4 P2 4 J2 10 N C N C P1 6 J2 11 A5 ADC5 P2 5 J2 12 N C N C P7 2 J2 13 N C N C P2 6 J2 14 N C N C P7 5 J2 15 N C N C P2 7 J2 16 N C N C P12 1 J3 1 D8 DIGITAL I O P10 4 J3 2 D9 PWM DIGITAL I O P10 5 J3 3 D10 SS PWM DIGITAL I O P10 3 J3 4 D11 MOSI PWM DIGITAL I O P10 0 J3 5...

Page 40: ...Remove R10 and mount R62 to connect to J6 header J6 2 P0 6 UART_RTS GPIO on J6 header Remove R9 and mount R58 to connect to J6 header J6 3 P7 4 GPIO on J6 header J6 4 P7 3 Red User LED D1 GPIO on J6 header Remove R42 and mount R43 to connect to extended header J6 5 P12 0 Orange user LED D5 GPIO on J6 header Remove R110 and mount R111 to connect to extended header J6 6 P6 4 Orange User LED D4 GPIO ...

Page 41: ...of a 160 segment Touchpad that has 10 rows and 16 columns The board also has a proximity loop with 11 cm diagonal length that can demonstrate a proximity range of about 18 cm distance CS_TP_TX6 P3_7 CS_TP_TX6 CS_TP_RX6_SLD_RX1 CS_SHIELD0 P3_1 CS_TP_RX4 P6_5 CS_TP_TX3 P11_4 CS_TP_RX9_SLD_RX4 CS_TP_RX6_SLD_RX1 R25 2K CS_TP_TX14 CS_TP_TX13_SLD_RX5 R4 2K CS_TP_TX7 R26 2K R36 560 OHM CS_TP_RX7_SLD_RX2 ...

Page 42: ...L_6 TP_ROW_3 TP_COL_7 TP_COL_3 TP_ROW_6 CS_SHIELD1 TP_ROW_3 TP_COL_4 TP_COL_0 TP_ROW_9 R10 0 OHM DNI TP_COL_14 TP_COL_11 Hatch_Pattern2 CS_SHIELD0 TF31 40S 0 5SH 800 J2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 MTG1 MTG2 33 34 35 36 37 38 39 40 TP_ROW_5 TP_COL_0 Hatch_Pattern1 TP_COL_10 R6 0 OHM DNI TP_ROW_1 HATCH_PATTERN2 SH 1 TP_COL_13 TP_COL_10 TP_CO...

Page 43: ... COL 4 P5 0 J2 6 TP COL 3 P9 3 J2 7 TP COL 2 P9 2 J2 8 TP COL 1 P9 1 J2 9 TP COL 0 P9 0 J2 13 TP ROW 0 P0 0 J2 14 TP ROW 1 P7 7 J2 15 TP ROW 2 P7 6 J2 16 TP ROW 3 P5 7 J2 17 TP ROW 4 P5 6 J2 20 TP ROW 5 P4 7 J2 21 TP ROW 6 P4 6 J2 22 TP ROW 7 P4 5 J2 23 TP ROW 8 P4 4 J2 24 TP ROW 9 P11 4 J2 26 SHIELD1 P0 2 J2 29 TP COL 15 P11 1 J2 30 TP COL 14 P11 0 J2 31 TP COL 13 P3 7 J2 32 TP COL 12 P3 6 J2 33 ...

Page 44: ...D RX5 P3 7 J1 32 SLD RX6 P3 6 J1 33 SLD RX7 P3 5 J1 36 SLD TX P3 0 J1 38 J1 40 SHIELD0 P11 3 2nd Layer Hatch Pattern CapSense Shield for Slider CS_SLD_RX5 R5 0 OHM DNI CS_SLD_RX4 Hatch_Pattern1 CS_SLD_RX0 CSS1 8 Seg Slider RX0 RX1 RX2 RX3 RX4 TX RX5 RX6 RX7 GND CS_SLD_RX1 CS_SLD_RX7 Hatch_Pattern3 GND CS_SLD_RX3 FFC Connector CapSense Slider Interface GND R4 0 OHM GND HATCH_PATTERN3 SH 1 CS_SLD_RX...

Page 45: ... proximity in top layer Driving Hatch_Pattern1 and Hatch_Pattern2 together with shield signal provides better detection range for the proximity loop And grounding Hatch_Pattern2 gives an option to improve EMC Hatch_Pattern3 Hatch pattern which surrounds the slider in top layer and below the slider in bottom layer Driving this with shield signal provides performance improvements for CSD slider and ...

Page 46: ...he pioneer board Additionally the I Os for the ECO are used for UART hardware flow control of the USB UART bridge While using an ECO remove R10 and R9 and load Y1 C13 and C7 Table 9 Rework to add on board ECO Reference Description Manufacturer Mfr part Y1 CRYSTAL 24 0000MHZ 8PF SMD ECS Inc ECS 240 8 30B CKM C7 C13 CAP CER 15pF 5 NP0 50V 0402 Samsung CL05C150JB5NNNC Figure 35 Schematics of ECO rewo...

Page 47: ...ven shield signal These hatch patterns are placed around CAPSENSE buttons CSB1 and CSB2 and driving with a shield signal improves performance for CSD self capacitance buttons Table 10 Rework to change hatch pattern configuration Reference Description Manufacturer Mfr part R98 R99 R100 R101 RES 0 OHM JUMPER 1A 0603 Yageo RC0603JR 070RL Figure 36 Schematics of pioneer board hatch pattern rework CS_S...

Page 48: ... for the CSD self capacitance Touchpad There is also an option to ground Hatch_Pattern2 to improve EMC by removing R7 and loading R6 Table 11 Rework to change hatch pattern configuration Reference Description Manufacturer Mfr part R3 R4 R5 R6 R7 R8 R9 R10 RES 0 OHM JUMPER 1A 0603 Yageo RC0603JR 070RL Figure 37 Schematics of expansion board hatch pattern rework for Touchpad Table 12 Touchpad interf...

Page 49: ...tern provides performance improvements for the CSD self capacitance Slider Table 13 Rework to change hatch pattern configuration Reference Description Manufacturer Mfr part R3 R4 R5 R6 R7 R8 R9 R10 RES 0 OHM JUMPER 1A 0603 Yageo RC0603JR 070RL Figure 38 Schematics of expansion board hatch pattern rework for slider Table 14 Slider interface Slider hatch pattern configurations Reference Hatch_Patter...

Page 50: ...ove these resistors while connecting the thermistor in ratio metric mode Remove R66 R73 R91 and load same on R64 R71 and R88 Table 15 Rework to change hatch pattern configuration Reference Description Manufacturer Mfr part R64 R71 R88 RES 0 OHM JUMPER 1A 0603 Yageo RC0603JR 070RL Figure 39 Schematics of thermistor rework TH1 10K THERM_VDD C37 10nF 50V DNI THERM_OUT R44 0 OHM VTARG R41 10K 1 R40 0 ...

Page 51: ... and R112 Table 16 Rework to bring out I Os Reference Description Manufacturer Mfr part J6 CONN HDR FEMALE SINGLE 10POS 2 54 mm GOLD STR TH Sullins PPPC101LFBN RC R43 R111 R112 RES 0 OHM JUMPER 1A 0603 Yageo RC0603JR 070RL Figure 40 Schematics of LED GPIO expansion connector rework P7_3 IO_P12_0 D4 ORANGE P6_4 LED1 IO_P6_4 User LED Interface and I O Multiplexing R110 1 5K R109 1 5K P12_0 R112 0 OH...

Page 52: ...nd P4 3 The CMOD capacitors of MSC1 can alternatively be connected to P5 1 and P5 2 Remove C17 C20 C28 and C29 and load the same capacitors on C2 C3 C30 and C31 Table 17 Rework to change CMOD connection Reference Description Manufacturer Mfr part C2 C3 C17 C20 C28 C29 C30 C31 CAP CER 2 2 nF 5 NP0 50 V 0603 Murata GRM1885C1H222JA01D Figure 41 Schematics of CMOD rework C28 2 2nF 50V C17 2 2nF 50V P4...

Page 53: ...V and 3 3 V pins on the J1 Arduino power connector are not input pins and have a protection circuit to prevent the voltage from entering the board VIN is an input pin and this is routed to the regulator that is capable of taking an absolute maximum of 20 V 3 What precautions needs to be taken while connecting and disconnecting the flex cable Do not apply excessive force on the actuator when releas...

Page 54: ...e FFC straight into the connector while at a 10 angle to the board surface see illustration below Make sure that it has been fully inserted Do not insert the FFC diagonally If the FFC is inserted in skewed orientation as illustrated above the FFC may get caught by the terminals resulting in terminal deformation After FFC insertion lock the actuator 4 What third party IDEs does this kit support Mul...

Page 55: ...06 CY8CKIT 041S MAX PSoC 4100S Max pioneer kit guide Revision history Revision history Major changes since the last revision Date Version Description 2021 03 22 Initial release 2021 05 18 A Internal release 2021 06 29 B Initial public release ...

Page 56: ...nd any applicablelegalrequirements normsandstandards concerning customer s products and any use of the product of Infineon Technologies in customer s applications The data contained in this document is exclusively intended for technically trained staff It is the responsibility of customer s technical departments to evaluate the suitability of the product for the intended application and the comple...

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