Texas Instruments CC256xEM User Manual Download Page 3

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List of Figures

Hardware Setup Examples

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1-1.

CC256XEM-STADAPT Overview

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2-1.

Block Diagram

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2-2.

Block Diagram of UART Connections

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3-1.

Schematic 1

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3-2.

Schematic 2

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5-1.

PCB 3D Print (Top)

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5-2.

PCB 3D Print (Bottom)

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5-3.

Top Overlay

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5-4.

Top Solder Mask

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5-5.

Top Layer

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5-6.

Mid Layer 1

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5-7.

Mid Layer 2

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5-8.

Bottom Layer

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5-9.

Bottom Solder Mask

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5-10.

Bottom Overlay

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5-11.

Drill Drawing

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5-12.

Board Dimensions

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List of Tables

2-1.

Table of Pins JR1

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2-2.

Table of Pins JR2

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2-3.

Table of Pins JD1

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2-4.

Table of Pins JD2

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2-5.

Table of Pins JE3

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2-6.

UART Connections

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4-1.

BOM

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SWRU417 – June 2015

List of Figures

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Summary of Contents for CC256xEM

Page 1: ...CC256xEM Bluetooth Adapter Kit User s Guide Literature Number SWRU417 June 2015 ...

Page 2: ...ectors 10 2 2 1 JD1 Headers 10 2 2 2 JD2 Headers 12 2 2 3 JE3 Headers 14 2 3 UART Selection 16 2 4 PCM I2S Selection 17 2 5 32 768 KHz Clock 17 3 Schematics 18 4 Bill of Materials 21 5 Layout 21 2 Contents SWRU417 June 2015 Submit Documentation Feedback Copyright 2015 Texas Instruments Incorporated ...

Page 3: ...lder Mask 23 5 5 Top Layer 23 5 6 Mid Layer 1 23 5 7 Mid Layer 2 24 5 8 Bottom Layer 24 5 9 Bottom Solder Mask 24 5 10 Bottom Overlay 25 5 11 Drill Drawing 25 5 12 Board Dimensions 25 List of Tables 2 1 Table of Pins JR1 8 2 2 Table of Pins JR2 9 2 3 Table of Pins JD1 10 2 4 Table of Pins JD2 12 2 5 Table of Pins JE3 14 2 6 UART Connections 16 4 1 BOM 21 3 SWRU417 June 2015 List of Figures Submit ...

Page 4: ...ew of the CC256XEM STADAPT board and describes the required hardware and software tools Furthermore this user s guide details the functions of each component on the board and how they are configured for different settings There is also a Bluetooth Adapter Kit Quick Start Guide SWRU416 that summarizes the configurations for different functions There are also design files available with schematics l...

Page 5: ...64MODNEM Board http www ti com tool cc2564modnem 1 STM32 MCU Evaluation Board Sold separately STM3240G EVAL Board OR STM32F4DISCOVERY Board Software TI dual mode Bluetooth stack on STM32F4 MCUs Free download CC256XSTBTBLESW http www ti com tool cc256xstbtblesw Figure 1 Hardware Setup Examples 5 SWRU417 June 2015 CC256xEM Bluetooth Adapter Kit User Guide Submit Documentation Feedback Copyright 2015...

Page 6: ...oard respectively Furthermore an on board 32 768 KHz crystal oscillator can provide the slow clock to the CC256xEM boards The CC256XEM STADAPT board provides flexibility to route the UART and PCM I2S signals to different pins on the STM32 MCU Evaluation boards through a set of resistors and jumpers The jumpers on headers J1 through J6 control which evaluation board STM3240G EVAL or STM32F4DISCOVER...

Page 7: ...rd to the appropriate pins of either a STM3240G EVAL or STM32F4DISCOVERY board It also has a 32 768 KHz crystal oscillator to provide the slow clock to the CC256XEM Figure 2 1 Block Diagram 7 SWRU417 June 2015 Hardware Description Submit Documentation Feedback Copyright 2015 Texas Instruments Incorporated ...

Page 8: ...e of Pins JR1 CC256XEM STADAPT CC256X EM Pin Function Pin Function JR1 20 GND RF1 1 GND JR1 18 CC_UART_CTS RF1 3 HCI_CTS_3V3 JR1 16 CC_SLOW_CLOCK RF1 5 SLOW_CLK_EXT_3V3 JR1 14 CC_UART_RX RF1 7 HCI_RX_3V3 JR1 12 CC_UART_TX RF1 9 HCI_TX_3V3 JR1 10 X RF1 11 X JR1 8 X RF1 13 X JR1 6 X RF1 15 X JR1 4 X RF1 17 X JR1 2 GND RF1 19 GND JR1 19 X RF1 2 X JR1 17 X RF1 4 X JR1 15 X RF1 6 X JR1 13 X RF1 8 X JR1...

Page 9: ...3V3 JR2 8 X RF2 13 X JR2 6 X RF2 15 X JR2 4 CC_PCM_CLK RF2 17 AUD_CLK_3V3 JR2 2 CC_nSHUTD RF2 19 nSHUTDN_3V3 JR2 19 GND RF2 2 GND JR2 17 X RF2 4 X JR2 15 X RF2 6 X JR2 13 CC_PCM_DOUT RF2 8 AUD_OUT_3V3 JR2 11 CC_PCM_DIN RF2 10 AUD_IN_3V3 JR2 9 X RF2 12 X JR2 7 X RF2 14 X JR2 5 X RF2 16 X JR2 3 CC_UART_RTS RF2 18 HCI_RTS_3V3 JR2 1 X RF2 20 X 9 SWRU417 June 2015 Hardware Description Submit Documentat...

Page 10: ...1 5 X P1 6 NRST X JD1 7 X P1 8 PC0 X JD1 9 X P1 10 PC2 X JD1 11 X P1 12 PA0 X JD1 13 X P1 14 PA2 X JD1 15 DISCOVERY_I2S3_WS P1 16 PA4 I2S3_WS JD1 17 X P1 18 PA6 X JD1 19 X P1 20 PC4 X JD1 21 X P1 22 PB0 X JD1 23 X P1 24 PB2 X JD1 25 X P1 26 PE8 X JD1 27 X P1 28 PE10 X JD1 29 X P1 30 PE12 X JD1 31 DISCOVERY_CC_nSHUTD P1 32 PE14 GPIO JD1 33 X P1 34 PB10 X JD1 35 X P1 36 PB12 X JD1 37 X P1 38 PB14 X ...

Page 11: ...28 X P1 27 PE9 X JD1 30 X P1 29 PE11 X JD1 32 X P1 31 PE13 X JD1 34 X P1 33 PE15 X JD1 36 X P1 35 PB11 X JD1 38 X P1 37 PB13 X JD1 40 X P1 39 PB15 X JD1 42 DISCOVERY_USART3_RX P1 41 PD9 USART3_RX JD1 44 DISCOVERY_USART3_CTS P1 43 PD11 USART3_CTS JD1 46 X P1 45 PD13 X JD1 48 X P1 47 PD15 X JD1 50 X P1 49 GND X 11 SWRU417 June 2015 Hardware Description Submit Documentation Feedback Copyright 2015 Te...

Page 12: ...16 PB3 X JD2 27 X P2 28 PB3 X CN4 14 PB5 X JD2 29 EVAL_CP_RST P2 30 PD6 X CN4 12 PB7 GPIO JD2 31 X P2 32 PD4 X CN4 10 GND X JD2 33 EVAL_I2C1_SDA P2 34 PD2 X CN4 8 PB9 I2C1_SDA JD2 35 X P2 36 PD0 X CN4 6 PE1 X JD2 37 X P2 38 PC11 X CN4 4 PI5 X JD2 39 X PI7 PA15 X CN4 2 PI7 X JD2 41 X X PA13 X X X X JD2 43 X X PA9 X X X X JD2 45 DISCOVERY_MCO X PC9 MCO2 X X X DISCOVERY_DAC_ JD2 47 X PC7 I2S3_MCK X X...

Page 13: ...unction I2S3_SCK JD2 38 DISCOVERY _I2S3_CK P2 37 PC10 CN4 3 PI6 X UART4_TX JD2 40 X P2 39 PA14 X CN4 1 GND X JD2 42 X P2 41 PA10 X X X X JD2 44 X P2 43 PA8 X X X X JD2 46 X P2 45 PC8 X X X X JD2 48 X P2 47 PC6 X X X X JD2 50 X P2 49 GND X X X X 13 SWRU417 June 2015 Hardware Description Submit Documentation Feedback Copyright 2015 Texas Instruments Incorporated ...

Page 14: ...5 PG5 X JE3 27 X CN3 27 PG3 X JE3 29 X CN3 29 PD15 X JE3 31 X CN3 31 PD14 X JE3 33 X CN3 33 PD12 X JE3 35 X CN3 35 PD10 X JE3 37 X CN3 37 PD8 X JE3 39 GND CN3 39 GND GND JE3 41 EVAL_I2S2_CK_PB13 CN3 41 PB13 I2S2_CK JE3 43 X CN3 43 PH12 X JE3 45 X CN3 45 NC X JE3 47 X CN3 47 EMU X JE3 49 X CN3 49 EMU_5 X JE3 2 EVAL_I2S2ext_SD_PI2 CN3 2 PI2 I2S2ext_SD JE3 4 EVAL_I2S2_WS_PI0 CN3 4 PI0 I2S2_WS JE3 6 X...

Page 15: ...2_SD JE3 40 EVAL_I2S2ext_SD_PB14 CN3 40 PB14 I2S2ext_SD JE3 42 EVAL_I2S2_WS_PB12 CN3 42 PB12 I2S2_WS JE3 44 X CN3 44 NC X JE3 46 X CN3 46 NC X JE3 48 EVAL_VCC CN3 48 APP_3V3 VDD JE3 50 GND CN3 50 GND GND Refer to Chapter 3 for the schematics of the CC256XEM STADAPT board 15 SWRU417 June 2015 Hardware Description Submit Documentation Feedback Copyright 2015 Texas Instruments Incorporated ...

Page 16: ...on STM3240G EVAL UART5 STM3240G EVAL USART6 USART3 J1 J6 1 and 2 1 and 2 2 and 3 R60 R70 R80 R90 Connected Unconnected N A R61 R71 R81 R91 Unconnected Connected N A There are only two configurations STM32F4DISCOVERY USART3 and STM3240G EVAL USART6 necessary to run all of the demo programs that only require UART communication In all of these the resistors R61 R71 R81 and R91 are always connected wh...

Page 17: ...There are four different configurations two per board that can be used to run all of the demo programs R31 R41 or R43 are not populated in any of these configurations However for other applications that might require connection of other signals such as EVAL_I2S2ext_SDPI2 the user may make these connections 2 5 32 768 KHz Clock Next to the CC256X EM connectors is a 32 768 KHz crystal oscillator cir...

Page 19: ...XEM STADAPT Number Rev v1 0 TID N A Orderable EVAL_USART6 LOGO PCB Texas Instruments FID2 DNP FID1 DNP FID3 DNP CC256XEM STADAPT v1 0 PCB Number PCB Rev Label Assembly Note ZZ1 This Assembly Note is for PCB labels only PCB Label LBL1 Size 0 65 x 0 20 Assembly Note ZZ2 These assemblies are ESD sensitive ESD precautions shall be observed Assembly Note ZZ3 These assemblies must be clean and free from...

Page 20: ..._UART_CTS EVAL_USART6_RTS DISCOVERY_USART3_RTS DISCOVERY_USART3_CTS DISCOVERY_USART3_TX DISCOVERY_USART3_RX 1 2 3 5 146278 3 J7 DNP EVAL_CP_RST AP_RST DISCOVERY_CP_RST EVAL_I2C1_SCL AP_SCL DISCOVERY_I2C1_SCL DISCOVERY_CC_nSHUTD 1 2 3 5 146278 3 J8 DNP EVAL_I2C1_SDA AP_SDA DISCOVERY_I2C1_SDA GND AP_VCC 0 R1 2 2k R3 DNP 2 2k R4 DNP AP_VCC GND VDD 4 FS OE 1 GND 2 CLK 3 32 768kHz Y1 501BCAM032768DAG C...

Page 21: ...00mil Gold plated SNT 100 SH J3 SH J4 6 1x2 Shunt 969102 0000 DA 3M Samtec Black BK G SH J5 SH J6 OSC 32 768 kHz 3 3 V 2 5x0 9x2 0 501BCAM032768D Silicon Y1 1 SMD mm AG Laboratories CAP CERM 0 1 µF 16 V GRM188R71C104 C2 0 0 1 µF 0603 MuRata 10 X7R 0603 KA01D Fiducial mark There is FID1 FID2 FID3 0 Fiducial N A N A nothing to buy or mount Header 100mil 3x1 Tin Header 3x1 TE J7 J8 J9 0 5 146278 3 TH...

Page 22: ...z Clock www ti com Layout Figure 5 1 PCB 3D Print Top Figure 5 2 PCB 3D Print Bottom Figure 5 3 Top Overlay 22 Layout SWRU417 June 2015 Submit Documentation Feedback Copyright 2015 Texas Instruments Incorporated ...

Page 23: ...www ti com 32 768 KHz Clock Figure 5 4 Top Solder Mask Figure 5 5 Top Layer Figure 5 6 Mid Layer 1 23 SWRU417 June 2015 Layout Submit Documentation Feedback Copyright 2015 Texas Instruments Incorporated ...

Page 24: ...768 KHz Clock www ti com Figure 5 7 Mid Layer 2 Figure 5 8 Bottom Layer Figure 5 9 Bottom Solder Mask 24 Layout SWRU417 June 2015 Submit Documentation Feedback Copyright 2015 Texas Instruments Incorporated ...

Page 25: ... com 32 768 KHz Clock Figure 5 10 Bottom Overlay Figure 5 11 Drill Drawing Figure 5 12 Board Dimensions 25 SWRU417 June 2015 Layout Submit Documentation Feedback Copyright 2015 Texas Instruments Incorporated ...

Page 26: ...esponsible for compliance with all legal regulatory and safety related requirements concerning its products and any use of TI components in its applications notwithstanding any applications related information or support that may be provided by TI Buyer represents and agrees that it has all the necessary expertise to create and implement safeguards which anticipate dangerous consequences of failur...

Page 27: ...Mouser Electronics Authorized Distributor Click to View Pricing Inventory Delivery Lifecycle Information Texas Instruments CC256XEM STADAPT ...

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