Sign In
Upload
Manuals
Brands
Texas Instruments Manuals
Switch
CC2538
Texas Instruments CC2538 Manuals
Manuals and User Guides for Texas Instruments CC2538. We have
3
Texas Instruments CC2538 manuals available for free PDF download: User Manual, Quick Start Manual
Texas Instruments CC2538 User Manual (781 pages)
System-on-Chip Solution for 2.4-GHz IEEE 802.15.4 and ZigBee/ZigBee IP Applications
Brand:
Texas Instruments
| Category:
Switch
| Size: 4 MB
Table of Contents
Table of Contents
3
Document Conventions
26
Preface
26
Architectural Overview
32
Target Applications
33
Overview
33
CC2538 Block Diagram
34
Functional Overview
36
ARM Cortex-M3
36
Memory Map
36
Processor Core
36
System Timer (Systick)
36
Flash Memory
37
Mpu
37
Nested Vector Interrupt Controller
37
On-Chip Memory
37
Sram
37
System Control Block
37
AES Engine with 128, 192 256 Bit Key Support
38
Programmable Timers
38
Radio
38
Rom
38
CCP Pins
39
Direct Memory Access
39
MAC Timer
39
Sleep Timer
39
Watchdog Timer
39
System Control and Clock
40
Serial Communications Peripherals
41
Uart
41
Usb
41
I 2 C
42
Analog
43
Programmable Gpios
43
Ssi
43
Adc
44
Analog Comparator
44
Cjtag, JTAG and SWO
44
Packaging and Temperature
44
Random Number Generator
44
The Cortex-M3 Processor
45
The Cortex-M3 Processor Introduction
46
Block Diagram
46
Overview
47
Integrated Configurable Debug
47
System-Level Interface
47
CPU Block Diagram
47
Interrupts
47
Trace Port Interface Unit
48
Cortex-M3 System Component Details
48
Programming Model
48
TPIU Block Diagram
48
Processor Mode and Privilege Levels for Software Execution
49
Stacks
49
Register Map
49
Summary of Processor Mode, Privilege Level, and Stack Use
49
Cortex-M3 Register Set
50
Processor Register Map
50
Register Descriptions
51
PSR Register Combinations
56
Exceptions and Interrupts
61
Data Types
61
Instruction Set Summary
61
Cortex-M3 Instruction Summary
61
Cortex™-M3 Peripherals
65
Cortex™-M3 Peripherals Introduction
66
Functional Description
66
Systick
66
Core Peripheral Register Regions
66
Nvic
67
Hardware and Software Control of Interrupts
67
Level-Sensitive and Pulse Interrupts
67
Mpu
68
Scb
68
Updating an MPU Region
69
Updating an MPU Region Using Separate Words
69
Memory Attributes Summary
69
Updating an MPU Region Using Multiple-Word Writes
70
Subregions
70
MPU Access Permission Attributes
71
SRD Use Example
71
TEX, S, C, and B Bit Field Encoding
71
MPU Configuration for a CC2538 Microcontroller
72
MPU Mismatch
72
Register Map
72
AP Bit Field Encoding
72
Cache Policy for Memory Attribute Encoding
72
Memory Region Attributes for a CC2538 Microcontroller
72
Peripherals Register Map
73
Systick Register Descriptions
75
Bus
75
Faults
75
NVIC Register Descriptions
77
Interrupt Enable
78
System Control Block (SCB) Register Descriptions
127
MPU Register Descriptions
144
Memory Map
157
Memory Model
158
Memory Regions, Types, and Attributes
159
Behavior of Memory Accesses
160
Memory System Ordering of Memory Accesses
160
Software Ordering of Memory Accesses
160
Memory Access Behavior
160
Bit-Banding
161
Peripheral Memory Bit-Banding Regions
162
Directly Accessing an Alias Region
163
Directly Accessing a Bit-Band Region
163
Data Storage
163
SRAM Memory Bit-Banding Regions
162
Bit-Band Mapping
163
Synchronization Primitives
164
Data Storage
164
Interrupts
166
Exception Model
167
Exception States
167
Exception Types
167
Interrupts
169
Exception Handlers
172
Vector Table
172
Exception Priorities
173
Vector Table
173
Interrupt Priority Grouping
174
Exception Entry and Return
174
Exception Entry
174
Exception Return
175
Exception Return Behavior
175
Fault Handling
176
Exception Stack Frame
175
Fault Status and Fault Address Registers
177
Fault Escalation and Hard Faults
177
Lockup
178
JTAG Interface
179
IEEE 1149.7 Signals
180
Debug Port
180
Test/Debug System Top Level Diagram
180
IEEE 1149.7 Features Subset
181
Switching Debug Interface from 2-Pin Cjtag to 4-Pin JTAG
181
Debugger Connection
183
Primary Debug Support
184
Data Register Description for 0X0A
185
CM3 Debug Interrupt
185
System Control
186
Power Management
187
Data Register Description for Instruction 0X0E(Read Only)
185
Flow Diagram for Operational Modes
188
Power Management Matrix
188
Using Power Management
188
Sequencing When Using Power Modes
189
Simple Flow Diagram for Power Management
190
Time Considerations for Active, Sleep and PM0
190
Enter Power Mode When Running on 16 Mhz System Clock
191
Timing Example for Transition from 32 Mhz to Pm's
192
Exit from Power Modes
193
Simplified Figure of Current Consumption in PM1
194
Simplified Figure of Current Consumption in PM2 and PM3
194
Block Diagram Oscillators and Clocks
195
Mhz RCOSC Calibration
196
Clock Gate Matrix
197
Clocks for UART and SSI
197
Reset of Peripherals
198
SYS_CTRL Register Summary
199
Emulator in Power Modes
199
SYS_CTRL Register Descriptions
201
Internal Memory
217
Chapter 8
218
Flash Memory Organization
218
Flash Write
218
Introduction
218
Example Write Sequence
219
Writing Multiple Times to a Word
219
DMA Flash Write
220
Flash Write Using DMA
221
CPU Flash Write
221
Flash Size Configuration
222
Flash
222
Flash DMA Trigger
222
Flash Lock Bit Page and Customer Configuration Area (CCA)
222
Upper 32 Bytes of Lock Bit Page and CCA Layout
223
Bitfield of the Lock Bit Page
224
Flash Image Valid Bits in Lock Bit
224
Fields at POR/ Reset
224
Flash Controller Priorities
225
Flash Mass Erase
225
Layout of Byte 2007
225
Data Register Description for Instruction 0X0E (READ ONLY)
226
Flash Mass Erase Procedure
226
ROM Sub System
227
Sram
227
Icepick TAP State
226
FLASH_CTRL Register Summary
228
Flash Control Registers
228
General-Purpose Inputs/Outputs
234
Pheripheral Signal Select Values (same for All Ioc_Pxx_Sel Registers)
235
I/O Control
235
Gpio
236
Digital I/O Pads (the Diagram Shows One of 32 Possible I/O Pins)
237
Data Control
237
GPIODATA Read Example
238
Data Direction Operation
238
Power-Up Interrupt
239
GPIODATA Write Example
238
PAD Configuration Override Registers
240
Pad Control
240
Configuration
241
GPIO Common Registers Mapping Summary
242
GPIO Register Summary
242
GPIO Instances Register Mapping Summary
242
GPIO Register Summary
243
GPIO Register Summary
244
GPIO Common Register Descriptions
245
IOC Registers
259
IOC Register Summary
260
IOC Register Descriptions
262
Micro Direct Memory Access
290
Μdma Introduction
291
Μdma Block Diagram
292
Functional Description
292
Μdma Channel Assignments
293
Priority
294
Control Structure Memory Map
295
Single Request
295
Request Type Support
295
Channel Control Structure
296
Transfer Modes
296
Basic Mode
297
Example of Ping-Pong Μdma Transaction
298
Memory Scatter-Gather
298
Memory Scatter-Gather, Setup and Configuration
300
Memory Scatter-Gather, Μdma Copy Sequence
301
Peripheral Scatter-Gather
302
Peripheral Scatter-Gather, Setup and Configuration
303
Peripheral Scatter-Gather, Μdma Copy Sequence
304
Μdma Read Example: 8-Bit Peripheral
305
Transfer Size and Increment
305
Μdma Interrupt Assignments
306
Interrupts and Errors
306
Channel Control Structure Offsets for Channel
307
Channel Control Word Configuration for Memory Transfer Example
307
Configure the Channel Control Structure
307
Channel Control Structure Offsets for Channel
308
Channel Control Word Configuration for Peripheral Transmit Example
308
Configuring a Peripheral for Simple Transmit
308
Start the Transfer
309
Channel Control Word Configuration for Peripheral Ping-Pong Receive Example
310
Configure the Source and Destination
310
Primary and Alternate Channel Control Structure Offsets for Channel 8
310
UDMA Register Summary
311
Enable the Μdma Channel
311
UDMA Register Descriptions
312
General-Purpose Timers
324
GPTM Module Block Diagram
325
General-Purpose Timers
325
General-Purpose Timer Capabilities
326
Functional Description
326
Timer Modes
327
Counter Values When the Timer Is Enabled in Input Edge-Count Mode
328
Counter Values When the Timer Is Enabled in Input Event-Count Mode
329
Input Edge-Count Mode Example, Counting down
329
Input Edge-Time Mode Example
330
PWM Mode
330
Counter Values When the Timer Is Enabled in PWM Mode
331
Bit PWM Mode Example
332
Wait-For-Trigger Mode
333
Time-Out Actions for GPTM Modes
334
Synchronizing GP Timer Blocks
334
Initialization and Configuration
335
Input Edge_Timing Mode
336
Timer Daisy-Chain
334
GPTIMER Common Registers Mapping Summary
337
General-Purpose Timer Registers
337
GPTIMER Register Summary
338
GPTIMER Register Summary
339
GPTIMER Common Register Descriptions
341
MAC Timer
356
Timer Operation
357
Overflow Count
358
Event Outputs (DMA Trigger and Radio Events)
359
Timer Synchronous Start
360
MAC Timer Registers
361
RFCORE_SFR Register Descriptions
362
Sleep Timer
368
General
369
Sleep Timer Capture
370
Sleep Timer Registers
370
SMWDTHROSC Register Summary
371
SMWDTHROSC Register Descriptions
371
Watchdog Timer
376
SMWDTHROSC Register Summary
377
Watchdog Timer
377
ADC Block Diagram
380
ADC Introduction
380
ADC Conversion Sequences
381
ADC Conversion Results
382
Analog-To-Digital Converter Registers
383
Random Number Generator
387
Basic Structure of the RNG
388
Introduction
388
Crc16
389
Analog Comparator
391
Analog Comparator
392
Introduction
392
SOC_ADC Register Summary
393
Universal Asynchronous Receivers and Transmitters
394
Universal Asynchronous Receivers and Transmitters
395
Signals for UART (64LQFP)
396
Signal Description
396
UART Module Block Diagram
396
UART Character Frame
397
Functional Description
397
Data Transmission
398
Flow Control Mode
399
LIN Support
399
LIN Message
399
LIN Synchronization Field
400
Bit UART Mode
400
Interrupts
401
UART Common Registers Mapping Summary
402
UART Register Summary
403
UART Instances Register Mapping Summary
403
UART Register Summary
404
UART Common Register Descriptions
404
Synchronous Serial Interface
422
SSI Module Block Diagram
423
Block Diagram
423
Synchronous Serial Interface
423
Signals for SSI (64LQFP)
424
Signal Description
424
Receive FIFO
425
TI Synchronous Serial Frame Format (Continuous Transfer)
426
Texas Instruments Synchronous Serial Frame Format
426
TI Synchronous Serial Frame Format (Single Transfer)
426
Freescale SPI Format (Continuous Transfer) with SPO = 0 and SPH
427
SPO Clock Polarity Bit
427
Freescale SPI Format (Single Transfer) with SPO = 0 and SPH
427
Freescale SPI Frame Format (Single Transfer) with SPO = 1 and SPH
428
Freescale SPI Frame Format with SPO = 0 and SPH
428
Freescale SPI Frame Format (Continuous Transfer) with SPO = 1 and SPH
429
Freescale SPI Frame Format with SPO = 1 and SPH
429
MICROWIRE Frame Format (Single Frame)
430
MICROWIRE Frame Format (Continuous Transfer)
431
MICROWIRE Frame Format, Ssifss Input Setup and Hold Requirements
431
DMA Operation
431
SSI Common Registers Mapping Summary
433
SSI Register Summary
433
SSI Register Summary
434
SSI Common Register Descriptions
434
Inter-Integrated Circuit Interface
441
Bus Configuration
442
Inter-Integrated Circuit Interface
442
Start and Stop Conditions
443
Complete Data Transfer with a 7-Bit Address
444
Data Validity During Bit Transfer on the I
444
R/S Bit in First Byte
444
Examples of I
445
Master Timer Period Versus Speed Mode
445
Arbitration
445
Loopback Operation
446
Master Single TRANSMIT
447
Master Single RECEIVE
448
Master TRANSMIT with Repeated Start Condition
449
Master RECEIVE with Repeated Start Condition
450
Master RECEIVE with Repeated Start after TRANSMIT with Repeated Start Condition
451
Master TRANSMIT with Repeated Start after RECEIVE with Repeated Start Condition
452
Slave Command Sequence
453
Initialization and Configuration
453
I2CM Register Summary
454
I2CS Register Summary
459
Usb Controller
464
Chapter 21
465
48-Mhz USB PLL
465
USB Controller Block Diagram
465
USB Enable
465
USB Introduction
465
USB Interrupt Flags and Associated Interrupt-Enable Mask Registers
466
USB Interrupts
466
USB Interrupt Service Routine
467
USB Reset
467
Endpoint 0
468
Zero Data Requests
469
Endpoint 0 Interrupts
470
Read Requests
470
USB Index Register
468
USB Suspend and Resume
468
Endpoint 0 States
472
Endpoint 0 Service Routine
473
Error Conditions
474
SETUP Phase of Control Transfer
475
SETUP Phase Control Transactions
476
IN Transactions (TX State)
476
IN Data Phase for Control Transfer
477
IN Phase Control Transactions
478
Control Transactions Following Status Stage (TX Mode)
479
OUT Transactions (RX State)
479
OUT Data Phase for Control Transfer
480
OUT Phase Control Transactions
481
Control Transactions Following Status Stage (RX Mode)
482
Endpoints 1-5
482
FIFO Sizes for EP1-EP5
483
FIFO Management
483
FIFO Access
484
IN/OUT Fifos
483
Bulk and Interrupt in Transactions
486
Isochronous in Endpoint
487
Isochronous in Transactions
488
Bulk and Interrupt out Endpoint
488
Bulk and Interrupt out Transactions
490
Isochronous out Endpoint
490
Isochronous out Transactions
492
Dma
492
Remote Wake-Up
492
USB Register Summary
493
USB Registers
493
USB Registers Overview
493
USB Register Descriptions
494
Security Core
508
PKA Engine
509
Overview
510
Summary of PKCP Vector Operations
511
Functional Description
511
Pka_Compare
512
PKCP Result Vector Memory Allocation
512
Restrictions on Input Vectors for PKCP Operations
512
PKCP Result Vector / Input Vector Overlap Restrictions
513
Summary of Expmod Operations
513
Sequencer Operations
513
Restrictions on Input Vectors for Expmod Operations
514
Expmod Result Vector/Scratchpad Area Memory Allocation
515
Expmod Scratchpad Area / Input Vector Overlap Restrictions
515
PKA RAM Size Needed for Exponentiation Operations
515
Maximum Number of Odd Powers for 2K Byte PKA RAM Size
516
Pka_Dptr
516
Modular Inversion Operation
516
Required PKA RAM Sizes for Exponentiations
516
Summary of Modinv Operation
516
Modinv Result Vector/Scratchpad Area Memory Allocation
517
Modinv Scratchpad Area / Input Vector Overlap Restrictions
517
Operational Restrictions on Input Vectors for the Modinv Operation
517
Pka_Shift
517
Modular Inversion with an Even Modulus
517
PKA_SHIFT Result Values for Modinv Operation
517
PKA_SHIFT Result Values for ECC Operations
518
Modular Inversion with a Prime Modulus
518
Summary of ECC Operations
518
Basic PKCP Operations Performance
519
ECC Result Vector/Scratchpad Area Memory Allocation
519
ECC Scratchpad Area / Input Vector Overlap Restrictions
519
Operational Restrictions on Input Vectors for ECC Operations
519
Exponentiation Performance for 16-Bit PKCP-Only
520
Expmod Performance
520
ECC-ADD Performance
522
Modular Inversion Performance
522
Modinv Performance
522
ECC-MUL Performance
523
Interfaces
523
Pka_Aptr
524
Pka_Bptr
524
Pka_Cptr
524
PKA Vector_B Address (PKA_BPTR)
524
Pka_Alength
525
PKA Vector_D Address (PKA_DPTR)
525
Pka_Blength
526
Pka_Function
526
PKA Bit Shift Value (PKA_SHIFT)
526
Pka_Divmsw
527
PKA Compare Result (PKA_COMPARE)
527
Pka_Msw
527
Pka_Ram
528
PKA Most-Significant-Word of Result Vector (PKA_MSW)
528
Pka_Seq_Ctrl
529
PKA Sequencer Control/Status Register (PKA_SEQ_CTRL)
529
Pka_Options
530
Pka_Sw_Rev
530
PKA HW Options Register (PKA_OPTIONS)
530
Pka_Revision
531
PKA HW Revision Register (PKA_REVISION)
531
PKA Vector Ram (PKA_RAM)
532
Operation Sequences and Main Interrupt
533
Appendix A: RSA, ELGAMAL, DH, and DSA Use Cases
534
A2: Diffie-Hellman Use Cases
535
A4: DSA Use Cases
536
AES and SHA Cryptoprocessor
537
Master Control and Interrupts
538
Master Bus
539
Register Names and Detail
540
DMA Controller and Its Integration
542
DMAC Channel Control Register
544
Channels and Arbiter
544
Supported DMAC Operations
544
DMAC Channel External Address
545
DMAC Channel Length
545
DMAC Software Reset
546
Control/Status Registers
546
DMAC Status
546
DMAC Master Run-Time Parameters
547
DMAC Options Register
548
DMAC Port Error Raw Status
548
DMAC Version Register
549
Master Control and Select
549
Master Control Algorithm Select (CTRL_ALG_SEL)
550
Master Control Algorithm Select
551
Software Reset
551
Master PROT Enable
551
Valid Combinations for CTRL_ALG_SEL Flags
551
Interrupt Configuration
552
Interrupt Clear
553
Interrupt Set
554
Interrupt Status
555
Version and Configuration Registers
555
Options Register
556
Version Register
556
AES Engine
557
Aes_Key
558
Key Registers Used Per Key Size
559
Table 39AES Initialization Vector Registers
559
AES Input/Output Control and Mode Register
560
Crypto Data Length Register (LSW)
563
Crypto Data Length Register (MSW)
563
AES Crypto Length Registers
563
Authentication Length Register
564
Data Input/Output Register
565
AES Tag Output Register
566
TAG Registers
566
Input/Output Block Format Per Operating Mode
566
Hash Data Input Register
567
HASH Core
567
Hash I/O Buffer Control
568
Input/Output Buffer Control & Status Register
568
Hash Mode Register
571
Mode Registers
571
Hash Length Register
572
Length Registers
572
Hash Digest Registers
573
Key Store Write Area Register
574
Key Store Written Area (Status) Register
574
Key Store Size Register
575
Key Store Read Area Register
576
Performance
576
Performance Table for DMA-Based Operations
577
Programming Guidelines
578
Interrupting DMA Transfers
579
Data Format and Byte Order
580
Hmac
582
Symmetric Crypto Processing Steps
577
Implementation of Secure HMAC Operation
583
Alternative Basic Hash Where Data Originates from the Slave Interface
584
Aes_Key
586
Encryption/Decryption
586
Basic AES Modes
587
Aes-Gcm
589
Cbc-Mac
590
Aes-CCM
591
Exceptions Handling
593
Conventions and Compliances
594
Terminology
595
Mapping of Internal Address Bus to the External Address Bus
596
Register Information
596
Pkp_Options
597
Register Description
597
Advanced Interrupt Controller (Optional)
598
Pkp_Revision
597
AIC: Functional Logic of One Interrupt Source
599
PKP Interrupt Sources
599
Aic_Pol_Ctrl
600
AIC Registers
600
Aic_Enable_Ctrl
601
AIC Enable Control Register (AIC_ENABLE_CTRL)
601
Aic_Type_Ctrl
601
Aic_Ack
602
Aic_Enabled_Stat
602
Aic_Raw_Stat
602
Aic_Enable_Clr
603
Aic_Enable_Set
603
Aic_Options
604
Aic_Version
604
AES Register Summary
605
AES and PKA Registers
605
AES Register Descriptions
608
Hash Digest Registers
648
PKA Registers
657
PKA Register Summary
658
PKA Register Descriptions
658
Pka_Program
665
Radio
668
RF Core
669
Interrupt Registers Register Map
670
FIFO Access
670
Frame Filtering and Source Matching Memory Map
671
Frequency and Channel Programming
672
IEEE 802.15.4-2006 Symbol-To-Chip Mapping
673
IEEE 802.15.4-2006 Modulation Format
673
I and Q Phases When Transmitting a Zero-Symbol Chip Sequence, T
674
Schematic View of the IEEE 802.15.4 Frame Format
674
IEEE 802.15.4-2006 Frame Format
674
Format of the Frame Control Field (FCF)
675
MAC Layer
675
Frame Data Written to the TX FIFO
676
TX State Timing
676
TX Flow Diagram
677
TX Flow
678
Transmitted Synchronization Header
679
Frame Processing
679
FCS Hardware Implementation
680
Interrupts
680
RX State Timing
681
SFD Signal Timing
682
Frame Filtering
682
Interrupts
683
Filtering Scenarios (Exceptions Generated During Reception)
684
Tips and Tricks
684
Source Address Matching
685
Matching Algorithm for Short and Extended Addresses
686
Address Enable Registers
686
Interrupts Generated by Source Address Matching
687
Acknowledge Frame Format
688
Frame-Check Sequence
688
Data in RX FIFO for Different Settings
688
Acknowledgement Timing
689
Command Strobe Timing
689
Transmission Timing
689
Automatic Setting of the Frame Pending Field (AUTOPEND)
690
Behavior of FIFO and FIFOP Signals
691
Error Conditions
691
Link Quality Indication
692
FSM State Mapping
693
Main FSM
693
FFT of the Random Bytes
694
Random Number Generation
694
Histogram of 20 Million Bytes Generated with the RANDOM Instruction
695
Packet Sniffing and Radio Test Output Signals
695
Command Strobe/Csma-CA Processor
696
Program Execution
697
CSP Registers Register Map
698
Running a CSP Program
698
Instruction Set Summary
699
Instruction Set Definition
700
Decy
701
Incmaxy
702
Setcmp1
703
Wevent2
704
Skip S, C
705
Snop
706
Ssamplecca
707
Sackpend
708
Isstop
709
Isrxmaskbitclr
710
Isrfoff
711
Registers that Require Update from Their Default Value
712
Isnack
712
RFCORE_FFSM Register Summary
713
Radio Registers
713
RFCORE_FFSM Register Descriptions
714
RFCORE_XREG Register Summary
721
RFCORE_XREG Register Descriptions
724
RFCORE_SFR Registers
760
RFCORE_SFR Register Summary
761
CCTEST Register Summary
764
ANA_REGS Registers
768
ANA_REGS Register Summary
769
ANA_REGS Registers Mapping Summary
769
Voltage Regulator
770
A.1 Smartrf™ Studio Software for Evaluation (Www.ti.com/Smartrfstudio)
772
Additional Information
777
C.1 Texas Instruments Low-Power RF Web Site
778
E.1 Revision History – External
780
Important Notice
781
Advertisement
Texas Instruments CC2538 Quick Start Manual (8 pages)
Evaluation Module Kit
Brand:
Texas Instruments
| Category:
Motherboard
| Size: 1 MB
Table of Contents
Opening the Box and Running the Packet Error Rate Test
1
1. Kit Contents
1
2. How to Use the Modules
1
3. CC2538EM Overview
1
4. Plug the EM into the 06EB
1
5. Power Options
1
6. Select Power Source
1
7. Welcome Screen
1
8. Select Board and Channel
1
9. Select Mode
1
16. Troubleshooting
2
Smartrf™ Studio
2
10. Select TX Power
2
11. Select Burst Size
2
12. Select Packet Rate
2
13. Start Sending Packets
2
14. PER Test Results
2
15. References
2
1. Download and Install
2
2. Launch Smartrf Studio
2
Regulatory Compliance Information
3
Evaluation Board/Kit/Module (Evm) Additional Terms
3
FCC Interference Statement for Class a EVM Devices
3
FCC Interference Statement for Class B EVM Devices
4
For Evms Annotated as IC – INDUSTRY CANADA Compliant
4
Concerning Evms Including Radio Transmitters
4
Concerning Evms Including Detachable Antennas
4
Evaluation Board/Kit/Module (Evm) Warnings, Restrictions and Disclaimers
6
Important Notice
7
Texas Instruments CC2538 Quick Start Manual (3 pages)
Evaluation Module Kit
Brand:
Texas Instruments
| Category:
Motherboard
| Size: 0 MB
Advertisement
Advertisement
Related Products
Texas Instruments CD4066BC
Texas Instruments CD4066BM
Texas Instruments CC253x
Texas Instruments CC2530 ZigBee Development Kit
Texas Instruments CC2533F64
Texas Instruments CC2533F128
Texas Instruments CC2533DK-RF4CE-BA
Texas Instruments HPL-D SLLU064A
Texas Instruments SN65LVDS125A
Texas Instruments SN65LVDS250
Texas Instruments Categories
Motherboard
Control Unit
Microcontrollers
Computer Hardware
Calculator
More Texas Instruments Manuals
Login
Sign In
OR
Sign in with Facebook
Sign in with Google
Upload manual
Upload from disk
Upload from URL