Texas Instruments SimpleLink CC3200 Wi-Fi Manuals

Manuals and User Guides for Texas Instruments SimpleLink CC3200 Wi-Fi. We have 11 Texas Instruments SimpleLink CC3200 Wi-Fi manuals available for free PDF download: Technical Reference Manual, Programmer's Manual, Manual, User Manual

Texas Instruments SimpleLink CC3200 Wi-Fi Technical Reference Manual (572 pages)

SimpleLink Wi-Fi and Internet-of Things Solution, a Single Chip Wireless MCU

Brand: Texas Instruments | Category: Microcontrollers | Size: 5.77 MB

Cc3200 Simplelink Wi-Fi and Internet-Of- Things Solution, a Single Chip Wireless Mcu Technical Reference Manual

2
- Table of Contents
  2
- Contents
  7
List of Tables

15
- 1 Architecture Overview
  
  22
- 2 Cortex-M4 Processor
  
  33
  - Overview
    34
    
    2.1.1 Block Diagram
    34
    
    2.1.2 System-Level Interface
    35
    
    Integrated Configurable Debug
    35
  - Application CPU Block Diagram
    35
    
    2.1.5 Cortex-M4 System Component Details
    36
    
    Trace Port Interface Unit (TPIU)
    36
  - Functional Description
    36
    
    2.2.1 Programming Model
    36
  - TPIU Block Diagram
    36
    
    Register Description
    37
  - Cortex-M4 Register Set
    38
  - PSR Register Combinations
    40
    
    Memory Model
    41
  - SRAM Memory Bit-Banding Regions
    42
  - Data Storage
    43
    
    Exception Model
    44
  - Exception Types
    46
  - Vector Table
    48
    
    Fault Handling
    50
  - Exception Stack Frame
    50
    
    Power Management
    52
  - Power Management Architecture in CC3200 Soc
    53
    
    Instruction Set Summary
    54
- 3 Cortex-M4 Peripherals
  
  59
  - Overview
    60
  - Functional Description
    60
    
    System Timer (Systick)
    60
    
    Nested Vectored Interrupt Controller (NVIC)
    61
    
    System Control Block (SCB)
    62
  - PERIPHERAL Registers
    66
  - ACTLR Register
    67
  - STCTRL Register
    68
  - STRELOAD Register
    69
  - STCURRENT Register
    70
  - EN_0 to EN_6 Register
    71
  - DIS_0 to DIS_6 Register
    72
  - PEND_0 to PEND_6 Register
    73
  - UNPEND_0 to UNPEND_6 Register
    74
  - ACTIVE_0 to ACTIVE_6 Register
    75
  - PRI_0 to PRI_49 Register
    76
  - CPUID Register
    77
  - INTCTRL Register
    78
  - VTABLE Register
    80
  - APINT Register
    81
  - SYSCTRL Register
    82
  - CFGCTRL Register
    83
  - SYSPRI1 Register
    85
  - SYSPRI2 Register
    86
  - SYSPRI3 Register
    87
  - SYSHNDCTRL Register
    88
  - FAULTSTAT Register
    90
  - HFAULTSTAT Register
    94
  - FAULTDDR Register
    95
  - SWTRIG Register
    96
- 4 Direct Memory Access (DMA)
  
  97
  - Overview
    98
  - DMA Channel Assignment
    99
    
    Priority
    100
    
    Transfer Mode
    101
  - Ping-Pong Mode
    103
  - Memory Scatter-Gather Mode
    105
  - Peripheral Scatter-Gather Mode
    106
    
    Transfer Size and Increment
    106
    
    Peripheral Interface
    107
    
    Register Description
    108
    
    Μdma Channel Control Structure
    109
  - DMA Registers
    110
  - DMA_SRCENDP Register
    111
  - DMA_DSTENDP Register
    112
  - DMA_CHCTL Register
    113
  - DMA_(OFFSET_FROM_DMA_BASE_ADDRESS) Registers
    115
  - DMA_STAT Register
    116
  - DMA_CFG Register
    117
  - DMA_CTLBASE Register
    118
  - DMA_ALTBASE Register
    119
  - DMA_WAITSTAT Register
    120
  - DMA_SWREQ Register
    121
  - DMA_USEBURSTSET Register
    122
  - DMA_USEBURSTCLR Register
    123
  - DMA_REQMASKSET Register
    124
  - DMA_REQMASKCLR Register
    125
  - DMA_ENASET Register
    126
  - DMA_ENACLR Register
    127
  - DMA_ALTSET Register
    128
  - DMA_ALTCLR Register
    129
  - DMA_PRIOSET Register
    130
  - DMA_PRIOCLR Register
    131
  - DMA_ERRCLR Register
    132
  - DMA_CHASGN Register
    133
  - DMA_CHMAP0 Register
    134
  - DMA_CHMAP1 Register
    135
  - DMA_CHMAP2 Register
    136
  - DMA_CHMAP3 Register
    137
  - DMA_PV Register
    138
- 5 General-Purpose Input/Outputs (Gpios)
  
  139
  - Digital I/O Pads
    140
  - Overview
    140
  - GPIODATA Write Example
    141
  - GPIODATA Read Example
    141
    
    Data Control
    141
  - Interrupt Control
    142
  - GPIO Interrupt Configuration Example
    143
  - GPIO_REGISTER_MAP Registers
    144
  - GPIODATA Register
    145
  - GPIODIR Register
    146
  - GPIOIS Register
    147
  - GPIOIBE Register
    148
  - GPIOIEV Register
    149
  - GPIOIM Register
    150
  - GPIORIS Register
    151
  - GPIOMIS Register
    152
  - GPIOICR Register
    153
  - GPIO_TRIG_EN Register Field Descriptions
    154
- 6 Universal Asynchronous Receivers/Transmitters (Uarts)
  
  156
  - Overview
    157
  - UART Module Block Diagram
    158
  - UART Character Frame
    159
    
    Baud-Rate Generation
    159
  - Flow Control Mode
    160
    
    Initialization and Configuration
    162
    
    Register Description
    163
  - UART Registers
    164
  - UARTDR Register
    165
  - UARTRSR_UARTECR Register
    166
  - UARTFR Register
    168
  - UARTIBRD Register Field Descriptions
    170
  - UARTFBRD Register
    171
  - UARTLCRH Register
    172
  - UARTCTL Register
    174
  - UARTIFLS Register
    176
  - UARTIM Register
    177
  - UARTRIS Register
    179
  - UARTMIS Register
    181
  - UARTICR Register
    183
  - UARTDMACTL Register
    185
- 7 Inter-Integrated Circuit (I2C) Interface
  
  186
  - Overview
    187
  - I2C Block Diagram
    188
  - I2C Bus Configuration
    189
  - Submit Documentation Feedback
    189
  - Copyright © 2014-2018, Texas Instruments Incorporated
    189
  - Functional Description
    189
  - START and STOP Conditions
    190
  - Complete Data Transfer with a 7-Bit Address
    190
  - R/S Bit in First Byte
    190
  - Data Validity During Bit Transfer on the I2C Bus
    191
    
    Supported Speed Modes
    193
    
    Interrupts
    194
    
    Command Sequence Flow Charts
    196
  - Master Single TRANSMIT
    197
  - Master Single RECEIVE
    198
  - Master TRANSMIT of Multiple Data Bytes
    199
  - Master RECEIVE of Multiple Data Bytes
    200
  - Master RECEIVE with Repeated START after Master TRANSMIT
    201
  - Master TRANSMIT with Repeated START after Master RECEIVE
    202
  - Slave Command Sequence
    203
    
    Initialization and Configuration
    203
  - Register Map
    204
  - I2C Registers
    205
  - I2CMSA Register
    206
  - I2CMCS Register
    207
  - I2CMDR Register
    209
  - I2CMTPR Register
    210
  - I2CMIMR Register
    211
  - I2CMRIS Register
    213
  - I2CMMIS Register
    215
  - I2CMICR Register
    217
  - I2CMCR Register
    219
  - I2CMCLKOCNT Register
    220
  - I2CMBMON Register
    221
  - I2CMBLEN Register
    222
  - I2CMBCNT Register
    223
  - I2CSOAR Register
    224
  - I2CSCSR Register
    225
  - I2CSDR Register
    227
  - I2CSIMR Register
    228
  - I2CSRIS Register
    230
  - I2CSMIS Register
    232
  - I2CSICR Register
    234
  - I2CSOAR2 Register
    236
  - I2CSACKCTL Register
    237
  - I2CFIFODATA Register
    238
  - I2CFIFOCTL Register
    239
  - I2CFIFOSTATUS Register
    241
  - I2CPP Register
    242
  - I2CPC Register
    243
- 8 SPI (Serial Peripheral Interface)
  
  244
  - SPI Block Diagram
    245
    
    Overview
    245
    
    Features
    246
  - SPI Full Duplex Transmission (Example)
    247
  - Phase and Polarity Combinations
    248
  - Full Duplex Single Transfer Format with PHA = 0
    249
  - Full Duplex Single Transfer Format with PHA = 1
    250
    
    Master Mode
    250
  - Contiguous Transfers with SPIEN Kept Active (2 Data Pins Interface Mode)
    252
  - Clock Ratio Granularity
    253
  - Transmit/Receive Mode with no FIFO Used
    254
  - Transmit/Receive Mode with Only Receive FIFO Enabled
    254
  - Transmit/Receive Mode with Only Transmit FIFO Used
    255
  - Transmit/Receive Mode with both FIFO Directions Used
    255
  - Buffer Almost Full Level (AFL)
    256
  - Buffer Almost Empty Level (AEL)
    256
  - 3-Pin Mode System Overview
    257
    
    Slave Mode
    258
    
    Interrupts
    260
    
    Reset
    261
    
    Slave Mode Operation with Interrupt
    262
  - Flow Chart - Module Initialization
    263
  - Flow Chart - Common Transfer Sequence
    264
    
    End of Transfer Sequences
    264
  - Flow Chart - Transmit and Receive (Master and Slave)
    265
    
    FIFO Mode
    265
  - Flow Chart - FIFO Mode Common Sequence (Master)
    267
  - Flow Chart - FIFO Mode Transmit and Receive with Word Count (Master)
    268
  - Flow Chart - FIFO Mode Transmit and Receive Without Word Count (Master)
    269
  - SPI Registers
    269
    
    SPI Register Description
    270
  - SPI_SYSCONFIG Register
    271
  - SPI_SYSSTATUS Register
    272
  - SPI_IRQSTATUS Register
    273
  - SPI_IRQENABLE Register
    275
  - SPI_MODULCTRL Register
    276
  - SPI_CHCONF Register
    277
  - SPI_CHSTAT Register
    280
  - SPI_CHCTRL Register
    281
  - SPI_TX Register
    282
  - SPI_RX Register
    283
  - SPI_XFERLEVEL Register
    284
- 9 General-Purpose Timers
  
  285
  - GPTM Module Block Diagram
    286
    
    Overview
    286
    
    Functional Description
    287
    
    Timer Modes
    288
  - Bit Timer with Prescaler Configurations
    289
  - Counter Values When the Timer Is Enabled in Input Edge-Count Mode
    290
  - Input Edge-Count Mode Example, Counting down
    291
  - 16-Bit Input Edge-Time Mode Example
    292
  - 16-Bit PWM Mode Example
    293
    
    DMA Operation
    294
    
    Input Edge-Count Mode
    295
    
    PWM Mode
    296
  - TIMER Registers
    297
  - GPTMCFG Register
    298
  - GPTMTAMR Register
    299
  - GPTMTBMR Register
    301
  - GPTMCTL Register
    303
  - GPTMIMR Register
    305
  - GPTMRIS Register
    307
  - GPTMMIS Register
    309
  - GPTMICR Register
    311
  - GPTMTAILR Register
    313
  - GPTMTBILR Register
    314
  - GPTMTAMATCHR Register
    315
  - GPTMTBMATCHR Register
    316
  - GPTMTAPR Register
    317
  - GPTMTBPR Register
    318
  - GPTMTAPMR Register
    319
  - GPTMTBPMR Register
    320
  - GPTMTAR Register
    321
  - GPTMTBR Register
    322
  - GPTMTAV Register
    323
  - GPTMTBV Register
    324
  - GPTMDMAEV Register
    325
  - Watchdog Timer
    327
  - WDT Module Block Diagram
    328
  - Overview
    328
  - Functional Description
    329
  - Register Description
    330
  - WATCHDOG Registers
    331
  - WDTLOAD Register
    332
  - WDTVALUE Register
    333
  - WDTCTL Register
    334
  - WDTICR Register
    335
  - WDTRIS Register
    336
  - WDTTEST Register
    337
  - WDTLOCK Register
    338
  - MCU Watch Dog Controller Usage Caveats
    338
  - Watchdog Flow Chart
    339
    
    System Watchdog Recovery Sequence
    339
  - System Watchdog Recovery Sequence
    340
Sd Host Controller Interface

341
- 11.1 Overview
  342
- 11.2 SD Host Features
  342
  - 11.3 1-Bit SD Interface
    343
  - 11.4 Initialization and Configuration Using Peripheral Apis
    343
  - Sdhost Controller Interface Block Diagram
    343
  - Basic Initialization and Configuration
    344
  - Card Detection and Initialization
    345
  - Block Read
    347
  - 11.5 Performance and Testing
    348
  - Block Write
    348
- 11.6 Peripheral Library Apis
  349
- 11.7 Register Description
  353
  - SD-HOST Registers
    354
  - MMCHS_CSRE Register
    355
  - MMCHS_CON Register
    356
  - MMCHS_BLK Register
    358
  - MMCHS_ARG Register
    359
  - MMCHS_CMD Register
    360
  - MMCHS_RSP10 Register
    362
  - MMCHS_RSP32 Register
    363
  - MMCHS_RSP54 Register
    364
  - MMCHS_RSP76 Register
    365
  - MMCHS_DATA Register
    366
  - MMCHS_PSTATE Register
    367
  - MMCHS_HCTL Register
    369
  - MMCHS_SYSCTL Register
    370
  - MMCHS_STAT Register
    372
  - MMCHS_IE Register
    376
  - MMCHS_ISE Register
    378
  - Inter-Integrated Sound (I2S) Multi-Channel Audio Serial Port
    380
  - Overview
    381
  - Functional Description
    382
  - I2S Data Port Interface
    383
  - Peripheral Library Apis for I2S Configuration
    385
  - Apis for Data Access if DMA Is Not Used
    388
  - Apis for Setting Up, Handling Interrupts, or Getting Status from I2S Peripheral
    390
  - Ulintflags Parameter
    392
  - Apis to Control FIFO Structures Associated with I2S Peripheral
    394
  - Analog-To-Digital Converter [ADC]
    396
  - Overview
    397
  - ADC Register Mapping
    398
  - ADC_MODULE Registers
    399
  - ADC_CTRL Register
    400
  - ADC_CH0_IRQ_EN Register
    401
  - ADC_CH2_IRQ_EN Register
    402
  - ADC_CH4_IRQ_EN Register
    403
  - ADC_CH6_IRQ_EN Register
    404
  - ADC_CH0_IRQ_STATUS Register
    405
  - ADC_CH2_IRQ_STATUS Register
    406
  - ADC_CH4_IRQ_STATUS Register
    407
  - ADC_CH6_IRQ_STATUS Register
    408
  - ADC_DMA_MODE_EN Register
    409
  - ADC_TIMER_CONFIGURATION Register
    410
  - ADC_TIMER_CURRENT_COUNT Register
    411
  - CHANNEL0FIFODATA Register
    412
  - CHANNEL2FIFODATA Register
    413
  - CHANNEL4FIFODATA Register
    414
  - CHANNEL6FIFODATA Register
    415
  - ADC_CH0_FIFO_LVL Register
    416
  - ADC_CH2_FIFO_LVL Register
    417
  - ADC_CH4_FIFO_LVL Register
    418
  - ADC_CH6_FIFO_LVL Register
    419
  - Initialization and Configuration
    420
  - Peripheral Library Apis for ADC Operation
    421
  - Apis for Data Transfer [Direct Access to FIFO and DMA Setup]
    422
  - Apis for Interrupt Usage
    424
  - Apis for Setting up ADC Timer for Time Stamping the Samples
    426
- 14 Parallel Camera Interface Module
  
  428
  - Overview
    429
  - Functional Description
    430
  - Different Scenarios of CAM_P_HS and CAM_P_VS
    431
    
    FIFO Buffer
    432
    
    Clock Generation
    433
    
    Programming Model
    434
    
    Disable the Picture Acquisition
    435
  - Camera Interface Module Functional Registers
    436
  - CC_SYSCONFIG Register
    437
  - CC_SYSSTATUS Register
    438
  - CC_IRQSTATUS Register
    439
  - CC_IRQENABLE Register
    441
  - CC_CTRL Register
    443
  - CC_CTRL_DMA Register
    445
  - CC_CTRL_XCLK Register
    446
  - Peripheral Library Apis
    447
  - Developer's Guide
    450
    
    Using Peripheral Driver Apis for Communicating with Image Sensors
    452
- 15 Power, Reset and Clock Management
  
  454
  - Trademarks
    455
    
    Power Management Unit Supports Two Supply Configurations
    456
    
    Supply Brownout and Blackout
    457
    
    Power Management Control Architecture
    459
    
    Global Power-Reset-Clock Manager (GPRCM)
    461
    
    Application Reset-Clock Manager (ARCM)
    462
    
    Clock Control
    463
    
    Sleep (SLEEP)
    464
    
    Hibernate (HIB)
    466
    
    Slow Clock Counter
    468
    
    Power Management Framework
    469
    
    PRCM Registers
    470
    
    PRCM Register Description
    471
    
    CAMCLKCFG Register
    472
    
    CAMCLKEN Register
    473
    
    CAMSWRST Register
    474
    
    MCASPCLKEN Register
    475
    
    MCASPSWRST Register
    476
    
    SDIOMCLKCFG Register
    477
    
    SDIOMCLKEN Register
    478
    
    SDIOMSWRST Register
    479
    
    APSPICLKCFG Register
    480
    
    APSPICLKEN Register
    481
    
    APSPISWRST Register
    482
    
    DMACLKEN Register
    483
    
    DMASWRST Register
    484
    
    GPIO0CLKEN Register
    485
    
    GPIO0SWRST Register
    486
    
    GPIO1CLKEN Register
    487
    
    GPIO1SWRST Register
    488
    
    GPIO2CLKEN Register
    489
    
    GPIO2SWRST Register
    490
    
    GPIO3CLKEN Register
    491
    
    GPIO3SWRST Register
    492
    
    GPIO4CLKEN Register
    493
    
    GPIO4SWRST Register
    494
    
    WDTCLKEN Register
    495
    
    WDTSWRST Register
    496
    
    UART0CLKEN Register
    497
    
    UART0SWRST Register
    498
    
    UART1CLKEN Register
    499
    
    UART1SWRST Register
    500
    
    GPT0CLKCFG Register
    501
    
    GPT0SWRST Register
    502
    
    GPT1CLKEN Register
    503
    
    GPT1SWRST Register
    504
    
    GPT2CLKEN Register
    505
    
    GPT2SWRST Register
    506
    
    GPT3CLKEN Register
    507
    
    GPT3SWRST Register
    508
    
    MCASPCLKCFG0 Register
    509
    
    MCASPCLKCFG1 Register
    510
    
    I2CLCKEN Register
    511
    
    I2CSWRST Register
    512
    
    LPDSREQ Register
    513
    
    TURBOREQ Register
    514
    
    DSLPWAKECFG Register
    515
    
    DSLPTIMRCFG Register
    516
    
    SLPWAKEEN Register
    517
    
    SLPTMRCFG Register
    518
    
    WAKENWP Register
    519
    
    RCM_IS Register
    520
    
    RCM_IEN Register
    521
    
    I/O Pads and Pin Multiplexing
    522
    
    Overview
    523
    
    GPIO Pin Electrical Specifications (25 C) for Pins 29, 30, 45, 50, 52 , 53
    524
    
    Analog-Digital Pin Multiplexing
    525
    
    Special Ana/Dig Pins
    526
    
    Board Configuration to Use Pins 45 and 52 as Digital Signals
    527
    
    Pin 29 and 30
    528
    
    Board Level Behavior
    529
    
    Pins Available for Applications
    530
    
    Functional Pin Mux Configurations
    532
    
    Pin Multiplexing
    533
    
    Pin Mapping Recommendations
    546
    
    Pad Configuration Registers for Application Pins
    547
    
    GPIO_PAD_CONFIG_0 to GPIO_PAD_CONFIG_32 Register Description
    548
    
    PAD Behavior During Reset and Hibernate
    549
    
    CC3200 Pin-Mux Examples
    550
    
    Recommended Pin Multiplexing Configurations
    551
    
    Wake on Pad
    553
    
    SWRU367D – June 2014 – Revised May
    554
    
    Sense-On-Power Configurations
    555
    
    A-1. Peripheral Samples
    556
    
    B-1. Miscellaneous Register Summary
    557
    
    B-1. DMA_IMR Register
    558
    
    B-2. DMA_IMS Register
    560
    
    B-3. DMA_IMC Register
    562
    
    B-4. DMA_ICR Register
    564
    
    B-5. DMA_MIS Register
    566
    
    B-6. DMA_RIS Register
    568
    
    B-7. GPTTRIGSEL Register
    570

Texas Instruments SimpleLink CC3200 Wi-Fi Programmer's Manual (73 pages)

Single Chip Wireless MCU

Brand: Texas Instruments | Category: Microcontrollers | Size: 2.24 MB

Table of Contents
2
List of Figures

4
Introduction

6
Foundation SDK - Getting Started

9
- Installation
  9
- CC3200 SDK Installation
  9
- CC3200 SDK Installation
  10
  - Package Components Overview
    11
  - Package Contents
    11
  - Prerequisite: Tools to be Installed
    13
  - CC3200 Prerequisite
    13
Foundation SDK - Components

14
- Simplelink Component Library
  14
- Simplelink Modular Composition
  14
- CC3200 Simplelink IAR Config Switch
  16
- CC3200 CCS Simplelink Config Switch
  17
- File Search Path
  18
- Edit Directory Path
  19
- Edit Simplelink Library Path
  20
  - Peripheral Driver Library
    21
- Linking Code Example
  21
  - Reference Applications
    22
  - CC3200 Pinmux Utility
    24
Getting Started with the CC3200 Launchpad

25
- CC3200 Programmer Guide Device Manager
  25
Foundation SDK - Development Flow

26
- Simple Networking Applications
  26
- TCP Socket Terminal
  33
- UDP Socket Terminal
  37
- CC3200 Transceiver Application on the Hyperterminal
  39
  - Simplelink Apis
    40
  - Compilation, Build and Execution Procedure
    40
- CC3200 Programmer Guide IAR Project Options
  41
- CC3200 IAR Compiling Project
  41
- CC3200 IAR Linker Project
  42
- CC3200 IAR Linker Config
  43
- CC3200 IAR Generating Binary
  44
- CC3200 IAR Executing
  45
- CC3200 IAR Download and Run
  45
- CCS App Center
  46
- TI-Pinmux Tool
  47
- Select CCS Projects to Import
  48
- CC3200 CSS Editing Existing Project
  49
- CC3200 CCS Creating Project
  50
- CC3200 CCS Compiling Project
  51
- CC3200 CCS Compiling Project
  52
- CC3200 CCS Compiling Project
  53
- CC3200 CCS Linking Project
  54
- CC3200 CCS Linking Project
  55
- TI-RTOS os Dependency
  56
- CC3200 CCS Generating Binary
  57
- CC3200 CCS Executing
  58
- CC3200 CCS Launch Config
  59
- Target Configuration
  60
- CC3200 CCS Executing
  60
- CC3200 CCS Executing
  61
- Cygwin Setup
  62
- Zadig Options
  63
- Replace Driver
  63
- SWRU369D - June 2014 - Revised May 2018
  64
  - Flashing and Running the .Bin Using the Uniflash Tool
    67
CC3200 ROM Services

67
Additional Resources

71
Revision History

72

Texas Instruments SimpleLink CC3200 Wi-Fi Manual (72 pages)

Brand: Texas Instruments | Category: Microcontrollers | Size: 3.39 MB

Section 1

4
Section 2

34
Topics

46
- Important Terms
  47
  - Mqtt
    47
  - Json
    47
  - REST or Restful
    47
- Authentication
  49
  - Sign up for Access to the Portal
    49
- Using the Portal
  50
  - Account
    50
  - Projects
    50
  - General
    50
- Devices
  51
- Stream
  52
  - Publishing and Subscribing
    52
  - Topic and Namespace
    52
  - A Little about the Payload
    54
- Rules
  55
- Panels
  58
- Simulators
  61

Texas Instruments SimpleLink CC3200 Wi-Fi User Manual (29 pages)

SimpleLink Wi-Fi and IoT Solution with MCU LaunchPad Hardware

Brand: Texas Instruments | Category: Motherboard | Size: 5.2 MB

Table of Contents
2
Introduction
4
CC3200 Launchpad
4
Key Features
4
What's Included
5
FCC/IC Regulatory Compliance
5
Hardware Description
5
CC3200 Launchpad EVM Overview
5
Block Diagram
6
Hardware Features
6
CC3200 Block Diagram
6
Connecting a Boosterpack
7
Jumpers, Switches and Leds
7
Pn-1 Marking on the Launchpad (White Triangle)
7
JTAG Headers
7
I2C Connections
8
JTAG Headers
8
Jumper Settings
8
Default I2C Addresses
9
Jumper Settings
9
UART Signals
10
SOP Jumpers
11
SOP Lines
11
Miscellaneous Settings
12
Push Buttons
13
Power
15
2X20 Pin Connector
15
Powering from USB
16
Measure CC3200 Current Draw
17
Battery Power
17
Measuring Low Power
18
Measuring Active Power
19
RF Connections
20
Radiated Testing Using Chip Antenna
20
Board Set for Conducted Testing
20
Design Files
21
Change Log
21
Software Examples
22
Development Environment Requirements
22
Additional Resources
22
Launchpad Wiki
22
Information on the CC3200
22
Download CCS, IAR
22
The CC3200 Code Examples
22
CC3200 Application Notes
22
The Community
23
Known Limitations
23
Hardware Limitations
23
Revision History
24

Texas Instruments SimpleLink CC3200 Wi-Fi User Manual (22 pages)

Brand: Texas Instruments | Category: Computer Hardware | Size: 1.7 MB

Table of Contents
2
Introduction
4
CC3200 Launchpad Development Kit
4
Key Features
4
What's Included
5
FCC/IC Regulatory Compliance
5
Trademarks
5
Hardware Description
6
Block Diagram
6
CC3200 Launchpad Development Kit Overview
6
CC3200 Block Diagram
6
Hardware Features
7
Connecting a Boosterpack Plug-In Module
7
Pn-1 Marking on the Launchpad Kit (White Triangle)
7
Jumpers, Switches, and Leds
8
JTAG Headers
8
Jumper Settings
9
UART Signals
10
SOP Jumpers
10
SOP Lines
10
Miscellaneous Settings
11
Push Buttons
12
Leds
13
Power
14
2X20 Pin Connector
14
Powering from USB
15
Battery Power
15
Measure CC3200 Current Draw
16
Measuring Low Power
16
Measuring Active Power
16
RF Connections
17
Radiated Testing Using Chip Antenna
17
Board Set for Conducted Testing
17
Design Files
18
Change Log
18
Software Examples
19
Development Environment Requirements
19
Additional Resources
19
Launchpad Kit Wiki
19
Information on the CC3200
19
Download a Development Environment
19
The CC3200 Code Examples
19
CC3200 Application Notes
19
Support Resources
20
Known Limitations
20
Hardware Limitations
20
Revision History
21
Default I 2 C Addresses
21

Texas Instruments SimpleLink CC3200 Wi-Fi User Manual (21 pages)

Smart Plug

Brand: Texas Instruments | Category: Adapter | Size: 3.52 MB

Table of Contents
4
Introduction
5
Requirements
5
Demo Overview
6
Main Interface
6
Smart Plug
7
Main Components of Smart Plug
7
Key Components
8
Status LED Behavior Chart
8
Provisioning by Using Wi-Fi Starter App
9
Smart Plug Provisioning
9
Install Android App
10
Network Connection
10
Starting the Demo - Android Application
11
Sign-In Screen
11
Menu
11
Mdns with Device Found
12
Adding Current Device to Exosite Account
12
Device Is Already Listed
12
Mdns Options
12
Adding a Device Manually by Entering Information
13
Main List with Smart Plug Running in Local Connection
13
Adding New Device Setup
13
Device Screen with Cloud Connection Running
14
Plotting with Apparent Power Selected
14
Scheduling Table
15
Editing Detail
15
Displaying Device Details
15
Calibration Screen (Local Connection Only)
16
Enable/Disable Cloud Secure Connection (Local Connection Only)
16
Certificate Update Screen
16
Signed-Out Screen
17
Application Exit
17
Starting the Demo - Exosite Website
18
Exosite Start Page
18
Metrology Data Monitoring Options
19
Software Files
20
Device Menu in Android
20
Delete Device from Exosite Website
20
Important Notice
21

Texas Instruments SimpleLink CC3200 Wi-Fi User Manual (22 pages)

Internet of Things Solution Layout Guidelines

Brand: Texas Instruments | Category: Computer Hardware | Size: 1.17 MB

Table of Contents
2
Trademarks

4
Device Overview

5
PCB Specification

5
- PCB Stack-Up
  5
- Example Stack-Up
  5
  - PCB Design Rules
    6
  - Layer Information
    6
- Layer PCB
  6
Layout Information

7
- Placement of Components
  7
- CC3100BOOST 3.3-A Placement Diagram
  7
  - Layer Information
    8
Layout Guidelines

12
- RF Section Layout
  12
- Antenna Guidelines
  13
- Recommended Components
  13
- Characteristic of Recommended Antenna
  13
- Filter Routing
  14
- Filter Guidelines
  14
- Coplanar Waveguide (Cross Section) with GND and Via Stitching
  15
- CPW with GND (Top View)
  15
- Characteristic of Recommended Filter
  15
  - Power
    16
- Recommended Values for the PCB
  16
- Power Management
  16
  - Clock
    17
  - Digital I/O
    17
- Characteristic of Recommended 32K XTAL
  17
- Characteristic of Recommended 40M XTAL
  17
  - QFN Ground
    18
- 7X7 Ground Vias on Ground Pad
  18
- Split Solder Paste into Smaller Blocks
  18
  - Recommended Footprint
    19
Summary

20
Additional References

20
Revision History

21

Texas Instruments SimpleLink CC3200 Wi-Fi User Manual (16 pages)

SimpleLink Wi-Fi and IoT Solution, A SingleChip Wireless MCU - Audio BoosterPack

Brand: Texas Instruments | Category: Computer Hardware | Size: 1.45 MB

Table of Contents
2
Getting Started
4
Introduction
4
Key Features
4
What's Included
4
Hardware Overview
5
Cc3200Audboost
5
Pins Headers ( P1, P2, P3, P4)
5
CC3200AUDBOOST Board's Interfaces
5
Mono and Stereo Jacks
6
On-Board MIC
6
Terminal Blocks (U4)
6
Power Amplifier
6
Connecting to CC32000-LAUNCHXL
7
Configuration Required on CC3200-LAUNCHXL
7
CC3200-LAUNCHXL Configuration
7
Connecting to CC3200-LAUNCHXL
8
Connected Boards
8
Software Examples
9
Connect to Android Device
9
Additional Resources
10
Schematic and Board Files
10
CC3200AUDBOOST Wiki
10
The Community
10
Cc3200Audboost
10

Texas Instruments SimpleLink CC3200 Wi-Fi User Manual (15 pages)

Brand: Texas Instruments | Category: Microcontrollers | Size: 0.43 MB

Table of Contents
1
1 Introduction

2
- CC3200 Sensortag
  2
- Key Features
  3
- What Is Included
  3
- FCC/IC Regulatory Compliance
  3
2 Hardware Description

5
3 Operation Description

8
4 Design Files

13
- Hardware
  13
5 PCB Revision

13
6 References

14

Texas Instruments SimpleLink CC3200 Wi-Fi User Manual (11 pages)

Brand: Texas Instruments | Category: Computer Hardware | Size: 1.31 MB

Introduction

2
- Table of Contents
  2
- Board Overview
  2
- Features
  3
Hardware Description

4
- Connector Description
  4
  - P1 Connector Assignment
    4
  - P2 Connector Assignment
    5
  - P3 Connector Assignment
    5
  - P4 Connector Assignment
    5
  - Jumper Settings
    6
    
    Power Selection
    7
    
    USB Connections
    7
    
    Jtagsignals
    7
    
    User Leds and Push-Buttons
    8
    
    On-Board Sensors
    8
Hardware Documents

8
- LP V2.0 Reva- PG 1.11
  8
Software Information

8
- USB Driver (for BP/LP)
  8

Texas Instruments SimpleLink CC3200 Wi-Fi User Manual (10 pages)

Brand: Texas Instruments | Category: Microcontrollers | Size: 0.92 MB

Table of Contents
1
Trademarks

1
1 Introduction

2
- CC3200 Sensortag
  2
2 Hardware Description

2
- RF Function and Frequency Range
  2
3 Operation Description

3
Revision History

9

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Table of Contents

Cc3200 Simplelink Wi-Fi and Internet-Of- Things Solution, a Single Chip Wireless Mcu Technical Reference Manual

List of Tables

1 Architecture Overview

2 Cortex-M4 Processor

3 Cortex-M4 Peripherals

4 Direct Memory Access (DMA)

5 General-Purpose Input/Outputs (Gpios)

6 Universal Asynchronous Receivers/Transmitters (Uarts)

7 Inter-Integrated Circuit (I2C) Interface

8 SPI (Serial Peripheral Interface)

9 General-Purpose Timers

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14 Parallel Camera Interface Module

15 Power, Reset and Clock Management

Table of Contents

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Foundation SDK - Components

Getting Started with the CC3200 Launchpad

Foundation SDK - Development Flow

CC3200 ROM Services

Additional Resources

Revision History

Table of Contents

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Topics

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Trademarks

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PCB Specification

Layout Information

Layout Guidelines

Summary

Additional References

Revision History

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2 Hardware Description

3 Operation Description

4 Design Files

5 PCB Revision

6 References

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