Spectrum Digital TMS320C5517 Use and care manual

TMS320C5517 Evaluation Module
Technical Reference
Spectrum Digital, Inc.
12502 Exchange Drive, #440
Stafford, TX. 77477
T: 281.484.4500
F: 281.494.5310
www.spectrumdigital.com
514665-0001 Rev A, March 2014
PreliminaryMar27,2014

IMPORTANT NOTICE
Spectrum Digital, Inc. reserves the right to make changes to its products or to discontinue any product or service
without notice. Customers are advised to obtain the latest version of relevant information to verify that the data
being relied on is current before placing orders.
Spectrum Digital, Inc. warrants performance of its products and related software to current specifications in
accordance with Spectrum Digital’s standard warranty. Testing and other quality control techniques are utilized to
the extent deemed necessary to support this warranty.
Please be aware that the products described herein are not intended for use in life-support appliances, devices, or
systems. Spectrum Digital does not warrant nor is Spectrum Digital liable for the product described herein to be
used in other than a development environment.
Spectrum Digital, Inc. assumes no liability for applications assistance, customer product design, software
performance, or infringement of patents or services described herein. Nor does Spectrum Digital warrant or
represent any license, either express or implied, is granted under any patent right, copyright, or other intellectual
property right of Spectrum Digital, Inc. covering or relating to any combination, machine, or process in which such
Digital Signal Processing development products or services might be or are used.
WARNING
This equipment is intended for use in a laboratory test environment only. It generates, uses, and can radiate radio
frequency energy and has not been tested for compliance with the limits of computing devices pursuant to subpart
J of part 15 of FCC rules, which are designed to provide reasonable protection against radio frequency
interference. Operation of this equipment in other environments may cause interference with radio
communications, in which case the user at his own expense will be required to take whatever measures necessary
to correct this interference.
Copyright © 2014 Spectrum Digital, Inc.

Contents
Chapter 1 Introduction to the TMS320C5517 Evaluation Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1
Provides you with a description of the TMS320C5517 Evaluation Module, key features, and block diagram.
1.1 Key Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2
1.2 Memory Map . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-4
1.3 I2C Addresses . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-4
Chapter 2 Board Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1
Describes the operation of the major board components on the TMS320C5517 Evaluation Module.
2.1 Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2
2.2 Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-4
2.3 LEDs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-8
2.4 Jumpers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-8
2.5 Test Points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-10
Appendix A Mechanical Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A-1
Contains the mechanical information about the TMS320C5517 Evaluation Module

About This Manual
This document describes the board level operations of the TMS320C5517 Evaluation Module
(EVM). The EVM is based on the Texas Instruments TMS320C5517 Processor.
The TMS320C5517 Evaluation Module is a table top card that allows engineers and software
developers to evaluate certain characteristics of the TMS320C5517 processor to determine if the
processor meets the designers application requirements. Evaluators can create software to execute
on board or expand the system in a variety of ways.
Notational Conventions
This document uses the following conventions.
The TMS320C5517 Evaluation Module will sometimes be referred to as the C5517 EVM or EVM.
Program listings, program examples, and interactive displays are shown in a special italic typeface.
Here is a sample program listing.
equations
!rd = !strobe&rw;
Information About Cautions
This book may contain cautions.
This is an example of a caution statement.
A caution statement describes a situation that could potentially damage your software, or hardware,
or other equipment. The information in a caution is provided for your protection. Please read each
caution carefully.

1-1
Chapter 1
Chapter one provides a description of TMS320C5517 EVM along with the key features
and a block diagram of the board.
Title Page
1.1 Key Features . . . . . . . . . . . . . . . . . . . . . . . . . 1-2
1.2 Memory Map . . . . . . . . . . . . . . . . . . . . . . . . . 1-4
1.3 I2C Addresses . . . . . . . . . . . . . . . . . . . . . . . . . 1-4

Spectrum Digital, Inc
1-2 TMS320C5517 EVM Technical Reference
1.1 Key Features
The TMS320C5517 EVM is a standalone development platform that enables users
to evaluate and develop applications for the TMS320C5517 processor. Additional
information regarding this product can be found on the following web page:
http://support.spectrumdigital.com/boards/evm5517
The EVM comes with a full complement of on board devices that suit a wide variety
of application environments. Key features include:
• A Texas Instruments TMS320C5517 fixed point processor running at 100 MHz
• A Texas Instruments MSP430F5529 microcontroller running at 25 MHz
• 8 MB Mobile SDRAM
• 4 MB NAND Flash memory
• 2 MB NOR Flash memory
• 1 MB SPI Flash memory connected to C5517 via SPI
• 1 MB SPI Flash memory connected to C5517 via McSPI
• 1 MB SPI Flash memory connected to MSP430F5529
• USB 2.0 Interface
Figure 1-1, Block Diagram TMS320C5517 EVM
I
2
C Bus
P1 P2
Mini
USB
EMIF
Analog
Input 1
Embedded
XDS100 JTAG
HPI
5V
PWR
ON/
OFF
Mini
USB
TI JTAG
USB
Device
Reset
Reset
MSP430
SPI
Flash
IR IN
IR OUT
UART
NAND
Flash NOR
Flash
SW3
SW11
SW4
SW5
SW6
Embedded
XDS100 JTAG
MMC0 / MMC1
Front MMC0
SD Card
Back MMC1
MicroSD
USB
UART
SPI
I2C
GPIO
SPI
Flash
UART
Codec 1
AIC3204
I2S0
Mobile
SDRAM
HPI
HP Out
Line In
Mic In
Amp Out
Codec 2
AIC3204
HP Out
Line In
Mic In
Amp Out
I2S2
TMS320
C5517
SPI
Color
LCD
128 x 128

Spectrum Digital, Inc
1-3
• Two TLV320AIC3402 Stereo codecs (stereo in, speaker output, 2 microphone
inputs, headphone out)
• Two microphones
• Expansion connectors for Bluetooth
• HPI connector
• 128 x 128 bit mapped color LCD Interface
• MMC/SD card interface
• Micro SD card interface
• UART Interface
• Optional battery power
• Configurable boot load options
• Single voltage power supply (+5V)
• Embedded JTAG Interface
• TI 14 pin JTAG Interface

Spectrum Digital, Inc
1-4 TMS320C5517 EVM Technical Reference
1.2 Memory Map
The C5517 EVM supports on chip DARAM, off chip SDRAM, off chip NOR flash,
and off chip NAND Flash. The addressing for each of these memory blocks is
shown in the figure below.
1.3 I2C Addresses
The following table shows the I2C addresses for devices on the TMS320C5517
EVM.
Table 1: I2C Addresses
Address Device Function
0x18 TLV320AIC3204 Audio CODECs, muxing required
0x21 TCA6416PW I2C GPIO
0x50 CAT24WWC256X I2C Interface EEPROM
MEMORY BLOCKS
Internal DARAM
Internal DARAM
Mobile SDRAM
NOR Flash
Not Used
NAND Flash
Not Used
ROM
(if MPNMC=0) External-CS5 Space (if MPNMC=1)
External-CS0 Space
External-CS2 Space
External-CS3 Space
External-CS4 Space
External-CS5 Space
CPU Byte
Address
000000h
0000C0h
010000h
050000h
800000h
C00000h
E00000h
F00000h
FE0000h
FFFFFFh
(MMR Reserved)
DFFFFFh
BFFFFFh
E03FFFh
00FFFFh
7FFFFFh
04FFFFh
FDFFFFh
Figure 1-2, TMS320C5517 EVM Memory Map

Spectrum Digital, Inc
1-5
Figure 1-3, TMS320C5517 EVM (top)
Figure 1-4, TMS320C5517 EVM (bottom)

Spectrum Digital, Inc
1-6 TMS320C5517 EVM Technical Reference

2-1
Chapter 2
Chapter Two provides a description of the major components on the
TMS320C5517 EVM.
Title Page
2.1 Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2
2.2 Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-4
2.3 LEDs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-8
2.4 Jumpers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-8
2.5 Test Points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-10

Spectrum Digital, Inc
2-2 TMS320C5517 EVM Technical Reference
2.1 Connectors
R16 5
R47 2
C335
C329
C328C33 6
C33 0
C32 7
R471 R4 6 6
C32 4
C318
C31 7 R4 65
C325 C319
C31 6
R40 7
R398
C259
R37 1
R356
R35 9
R31 9
R32 3
R315
R30 9
C206 R238
C19 1
R21 1
R229
R22 4
C161
R19 6
R179 R178 R177
C156
C14 7
C15 1
R154
R156 U65
R147
C13 3
R38 4
R35 3
R33 2 R3 18
R29 1
R26 3 R25 6
R219
R20 6 R1 81 R15 8
C124
C13 0
R13 7 C1 05
R39 7 R374 R365
R34 1
C23 6
R33 1
C222
+
R26 2 R25 5
R25 7
R15 7
R145
R14 0 R136 R12 8
R11 2
R11 9
C99
R51 3
C34 3
C25 0 R352
C210
C207
R247
R23 7
R19 4
R161
R14 4 C1 14
R132
R129
U63
R11 0 C94
J22
R51 2
R36 2
R347
R355
R340
R288
R28 0
R25 4 R1 27
R13 1
R120
R111
Q8
C10 0
R463
R462
R449
R37 5
R448
R447
R446
R445
R444
R48 5 R45 9 R458
C31 4
R46 1
R46 0
R22 7
R22 5
R21 5
R20 7
R200
R19 5
R160
R14 9
R113
R51 1
R51 0
R43 9
R45 7
R44 2
C297
C296
C29 2
R453
R44 3 R23 4
R48 4
R23 5
R236
C165
C14 1
C16 0
C142
R17 2
R168
R17 0
C12 8
R441 R45 6
FB14
C307
C29 3 R455
FB13
R44 0
R23 3
R24 8
FB7
FB6
C15 0 R167
R16 6
R47 3
C311
R45 4
C303
C302
C309
R452
C31 0 R470
C308 R43 8 R467
R23 9
C195
C20 9
C20 2
C183
R20 9
R46 4
C15 5
C14 8
R282
R296
R312
R299
R305
C203
R43 7
R43 5
C13 7
C125
R11 6
C11 1
R11 7
C98
1
C27 8
+
R416
D14
D13
C24 2
R35 7 C2 37
C23 4
R33 9 C2 31
C22 8
R28 3
R28 5
R28 7
R29 0
R30 0
R30 6
R29 7
R31 3
C212
C28 8
R434
C289
R436
R218
C29 0
C11 9
R12 5
C107
R12 2
R11 5
R417
R41 8
C28 4
C283
R41 5
C27 1
C28 2
C26 8 R5 09
R342
R431
R27 9
R43 0
R21 6
R21 2
R20 8
R20 4
R20 5
R21 3
R16 4 C154
C97
C103
R42 1 R42 0
C28 5
C281
+
C27 6
C26 7
R27 8
C21 1
R42 9
R24 4
R25 3
R24 2
R24 6 C2 87
C16 6
C16 8
C17 6
C18 0
C16 2
C14 9
C153
C15 2
C14 5
C135
C13 1 C132
R12 3
R12 1
R11 8
C274
C27 3
R41 1
R402
R39 6
Q1 0
R39 0
R385
C25 8
R36 7
R343
R327 R294
C22 3
FB12
C201
C216
C217 C1 8 9
C19 0
R217
C177
C182
C16 9
C159
R18 2 R19 2
C14 0
R142
R13 9
C109
C10 8
R410
R401
R395
Q9
C25 7
C24 4
R35 0
R33 5
C23 8
R32 4
R336
C229
R32 1
R31 7
R31 0
R292
FB11
FB9
FB10 C2 1 4
C213
C21 5
R241
C197 C188
C186
R22 8
C18 7
C17 1
C164
C17 4
C17 5
C170
C14 4
C15 8
R18 7 R18 8 R18 9 R19 0 R19 1 C13 9
C12 2
C12 3 C1 1 6 R124
C11 2
C11 5 C9 6C95
R419
R409 R399
R393
C266
C256
C26 0
R366
C243
R36 0
C235
C23 3
R320 R326
R33 8
R30 3
R316
FB8 C19 8
C196
C194
R223
C17 8
C18 4 C17 9
R18 0
C14 3 R186
R18 4 R18 5 R18 3 R150
R141
R138
C129
C11 8
C10 2
MI CRO SD
R26 0 R2 49 R2 40 R22 2R23 1
R49 6
R49 1
R490
R489
R488
L11
C121
R13 4
C106
J21 SD1
R35 4
R25 8 R2 21
L13
R50 1
R49 8
R49 5
R49 3
R50 0
R49 9
R49 2
R14 6
R13 3
R41 2 C27 0
C2 77 C2 75
C27 2
R40 0
R40 3
R32 8
C23 2
C225
D11
D10
D8 D9
R24 5
C18 5
R21 0 R226
C17 2
R50 3
R49 7
R19 8
R20 2
R50 4
R502
R49 4
R16 3
C138
R41 4
R41 3
C26 9
R39 4
R39 1
R386 R3 8 8
R37 7
C249
R364
R35 8
R35 1
R34 8
D12
RN10
C18 1
R171
TP33
TP35
R38 1
R38 3
R369
R372
R376
C24 8
C251
C21 9
R26 1
R26 4
R27 1
R27 2
R23 0
U66
R15 2
R15 3
TP34
C21 8
TP39
R19 3
R20 1
R19 7
R15 9
R176
TP37 TP36
C12 0
C12 7
C286
R34 4
C35 5
R33 7 C357
R322
R325
R27 6
R26 8
R26 7
R27 3
R25 1 R25 2
R25 0
C157
C16 7
L12
C14 6
R15 1
R15 5
R17 5
TP38
J20
R14 3 R14 8
C117
U67
R406
R405
R408
R40 4
R389
R38 7
C25 4
R38 0
C24 6
R34 6
R34 9
R34 5
C23 0
R29 3
R259
C20 8 C1 99
R24 3
1
R12 6
R428
R427
C353 C264
C25 3
R37 8
C22 1
R52 9
R52 8
R39 2
C25 5
C262 C261 C263
R37 9
R43 3
R43 2
R30 8
R30 2
R13 5
R13 0
C26 5
C25 2
R370
R38 2
C245
C24 7
R36 1
C24 0
R301
R304
R298
R21 4
R173
R50 5
R11 4
C11 0
C10 1
C239C2 41
R33 0
R33 4
C22 7
R29 5
R31 1
R27 0
C20 4 C2 05
C19 2
R48 3 R4 82
R22 0
R17 4
C163
C13 6
C11 3
C12 6
U64
C10 4
R426
J23
R42 2
C28 0
R37 3
R36 8
R363
R33 3
R32 9
C22 6
R28 1
R289
R286
R284
C31 3
C49
1JP15
C42
C27
JP9 JP8
11
HPVDD
TP3 TP42
GNDWAKEUP
TP43
GND
TP30
J18
JP57
1
U75
C326 R487
FB16
C33 2
1
JP53
1
MI C_ BI AS
C34
C315 R486
FB1
C321
1
DVDD
SW7
JP58
1
C347
C34 6
C334
C333C33 1
JP59
JP60 1
P9
M2
P4
C344
C34 5
1
U74
P5
C323
C322
C320
JP56 JP55
1
P8
M1
OFF ON
P6
1
P7
1
JP54
1
1
C78
U78
R68
R65R64
TP21
VPWR_ I N
V_PWR_MON
TP17
1
JP24
LDO_EN
JP16
FB4 1
VDI O4
R18
1
TP7 J6
R14
1
INT1
TP5
AI C
XF
Q1
DS5
1
XF
power suppl i es.
Use onl y r ec ommended
Max I nput : 5VDC, 4A.
TP46
GND
J27
31
L9
42
TP23 2
GND
J11
CLKI N
J15
TP12
GND
SCL
SDA
GND
TP45
J5
GND
JP6
1
JP3
TP2
nRESET
RESET
D6
J28
13
JP49
C75
24
R67 1
C295
TP40
C358 R521
1
OSC1
R516
R52 2
C352
1
C36
TP6
Q2
CLKOUT
SW2
SW1
DS6
R82
J29
13
FB15
J7
24
1
C300 C298
C291
U72
TP49
R514
C312
GND
U79
U73
JP17
FB3
U8 0
IOVDD
C41
U19
C19 C20
C2
C6
J1
WAKEUP
TP32
TP31
B-
+
B
C87
F1
J30
13
TP41
24
GND
1JP50
C299
C301
C306
JP51 JP48
C294
RN2
C1
A1
U2
SW17 SW14
SEL/
SW8
JP47
R74
C83
1
EVM VCORE
1
JP31
R61
R63
EXT
R59
C69
C70
TP22
JP27
ON EVM_1. 3
J10
U36 R3 7
C59
JP18
GND
1
TP48
JP12
Y1
C35
C24
C30
C31
U16
P2
1
SW18
DN
SW15
=
UP
SW9
MSP430_PWR_EN
JP33
2- 3 5V
1- 2 BAT
BAT
VI N SEL
SW6
JP30
C67
EVM_VDDI O1
1
11
TP16
2
R43
R46
R48
1
JP19
1USB1. 3
JP14
1DSP LDOI N
R17
1
1
CLK_SEL
JP10
TP4
U12
GND
U5
R1
JP1
21
REC
R109
R83
FWD
MODE
SW10
U53
TP27
R66
VDD_I O1 (DEFLDO2)
CPU_VCC_CORE_1
ON CPU_VCC_CORE_0
LDO_1V3 (DEFLDO1)
U42
JP28
EVM VI N
R49
R51
R50
R47
R44
JP20
JP21
VDDA_PLL
1
1FB2
SAR
TP9
TP8 R15
RTC_CLKOUT
INT0
JP11
R12
U18
SCL
1
2
2
SDA
1
JP5
U6
JP7
1JP2
1
RTC CORE
SW19 SW16
L10
C76
2
JP46
1
U39
JP22
VDD_I O2
1
U68
U13
TP56
U4
R88
R87
C85+
R77R76
R69
U58 EVM 3. 3
J14
JP61
1
TP15
R36
JP23
VDD_I O1
R19
U20
R1 3
P1
1
SHI FT
1
JP32
1
TP26
TP24
TP25
JP29
EVM VDDI O2
1
JP26
EN LDO_1V3/ I O1
EVM 1. 8
1
C61 R507
C349
1
U76
R26
R30
R29
R21
R23
C51
P14
R10 P1
R518
R9
RN8 RN5
R51 9 RN1
A1
2
GND
TP53
SW13
JP34
R71
C8 2
U55
R62
L7
R57
R55
L6
C71
R52
EN CPU_ CORE
U40
EN VCC_ 1V8
EN VCC_ 3V3
3V3_USB
U77
R506 C62
C63 C64
C348
1
Y2
R33
C55
R34
R28
U24
RN6
STOP
RWD
MENU
R72
C79
U56
U57
R73
C73 C74
U47
L8
R58
R60
TP54
TP50
R56
C68
GND
SW5
JP25
C65
FB5
C56 C57
C43
A14
A1
U8
RN7
U62
C91
SW11
U81
ON
D4
C80
U52
R424
DS3
R45
SEL0_MMC1 _ MCSPI
SEL1_MMC1 _ MCSPI
SEL_MMC0 _ I 2 S
R42
21
21
R94
C92
R90
R91
RESET
MSP430
SW12
Y3
C77
R425
DS4
HPI _ ON
R520
R162
J24
21
R95
C93
JP52
R75
R78
ON
C72
R423
DS2
TP47
SW4
GND
TP13 R527
JP62
R169
R232
J26
U3
Q6
2
1
U54 C8 4
Y4
C81
U49
U48
R53
R54
U44
SW3
ON
U33
C52
U29
U23
U15
U7
JP45 1
R96 R97
C86
J17
R70
U50
ON
U35U34
C53
TP51
GND
U1
R10 2 R10 3
R99 R98 R100 R101 R524
R523
R79
TP28
GND
U51
U46
U43
SOURCE
NOT USED
BOOT MODE5
BOOT MODE4
BOOT M PUL SE
BOOT MODE3
BOOT MODE2
BOOT MODE1
BOOT MODE0
U38
C54
U69
U70
U71
U21
U10
A1
R10 8 R10 4 R10 5 R10 6 R10 7
R526 R525
R86
R85
R84
D5
MSP4 3 0 OP T
U45
U41
U32
U27
R20
J25
HPI
UART_EN
TP1
J31
GND
R93
U82
U83
Q5 U26
C45
C338
+
C33 7
R11
L4
C26
DS1 R2
U9 JP4
J2 1
1
J19
C354
C356
U37
C60 R3 8
R31 R32
C341
R22
Q3
+
R16 +
RN9
C44
C32
C28
C25
R8
C22
RN4
C15 C16
C4
C5
1
GND
MSP4 3 0 USB
TP52
MSP430_SPI _DI R
MSP430_SPI _OEN
MSP430_SWOP T3
MSP430_SWOP T2
MSP430_SWOP T1
MSP430_SWOP T0
R40
C339
TP14
R39
R41
R35
R24 R2 5
U31
+
C48
C34 2
C37
C38
C39 C1 1
C12 C14 C13
S/ N
R92
IROUT
U60
IRIN
J13
1
EMU USB
D1
P3
R89
Q7
I RD1
R81
C88
R80
J16
GND
TP44
JTAG HEADER
J8 2
U14
J3
1
L1
UART
1
TP29
SD0
GND
C66
1
C5517 USB C340
+C50 R2 7
TP11
U25
C29
C33
C7
C17
R7
R3
L2 R6
U61
C89
U59
ASSY 514660 REV
TMS320C5517 EVM
VBUS
USB3. 3
TP19
D3
TP18 +
GND
L5
C58
Q4
TP10
C46 C4 7
U17
C40
L3
C18
C23
C21 A1
R4
R5
RN3
C3
C10 C8 C9
MSP4 3 0 UART
C90
Figure 2-1, TMS320C5517 EVM Connectors (top and bottom)
J1
J2
J3 J5
J6
P3
DS5
DS6
J19
P2
P1
SW3
SW6
SW7
SW8
SW9
SW1
SW4
DS2-4
J18
J16
J13
J8
J17
SW11
SW12
J15
P5
P4
J11
M1
M2
SW13 SW17
SW14
SW10
SW16
SW18 SW19 SW15
J14
SW5
J10 SW2
U60
IRD1
J31
P9
P8
P7
P6
JP46
DS1
JP52
J21
J20
J22 J23
J26
J25
J24
J7

Spectrum Digital, Inc
2-3
Table 1: TMS320C5517 EVM Connectors
Board
Reference Type Size Schematic
Page Description
J1 Test connector 2 11 Monitors the CLKOUT signal from C5517 processor
J2 RS-232 connector 9 26 Provides RS-232 interface to C5517 processor
J3 USB connector 9 N/A USB interface for embedded JTAG emulation
J5 AIC serial header 1 x 4 30 Provides serial I/O interface for AIC3204 Codec, U19
J6 I2C Probe Point Header 1 x 3 2 Provides I2C interface to C5517 processor
J7 AIC Serial Header 1 x 4 31 Provides serial I/O interface for AIC3204 Codec, U72
J8 TI 14 pin JTAG header 2 x 7 12 Provides external JTAG connection to C5517
J10 Voltage header 5 x 2 29 Provides voltage to ADS Codec Daughter Card
J11 Test connector 2 11 Monitors the CLKIN signal to C5517 processor
J13 USB-B connector 6 11 Provides USB interface to C5517
J14 Expansion header 11 x 2 29 Provides signal interface for ADS Codec Daughter Card
J15 Expansion header 10 x 2 29 Provides analog signal interface to ADS Codec Daughter Card
J16 SD Card connector 28 25 Provides SD Card interface to C5517 processor
J17 14 pin JTAG header 7 x 2 35 Provides external JTAG connection to MSP430
J18 +5V Power Input jack 2 21 Allows board to operate of +5V power supply
J19 USB Mini B connector 9 34 Provides USB interface to MSP430
J20 Programming Header 5 x 2 43 Programming interface for MSP430
J21 MicroSD Card connector 15 25 Provides Micro SD Card interface to C5517 processor
J22 Battery holder 2 21 Allows board to operate off batteries
J23 Display connector 1 x 30 33 Provides interface to OLED display
J24 MSP430 HPI Interface 11 x 2 9 MSP430 HPI and LVL HPI Expansion
J25 MSP430 HPI Interface 11 x 2 9 MSP430 HPI and LVL HPI Expansion
J26 MSP430 HPI Interface 11 x 2 9 MSP430 HPI and LVL HPI Expansion
J31 UART header 1 x 4 26 Provides UART Expansion
P1 Expansion Header 10 x 2 14 1 of 2 expansion headers
P2 Expansion Header 10 x 2 14 2 of 2 expansion headers
P3 RS-232 connector 9 36 Provides RS-232 interface to MSP430 processor
P4 2 post screw connector 2 32 Left channel input to amplifier, U74 for codec U19
P5 2 post screw connector 2 32 Right channel input to amplifier, U74 for codec U19
P6 2 post screw connector 2 32 Left channel input to amplifier, U75 for codec U72
P7 2 post screw connector 2 32 Right channel input to amplifier, U75 for codec U72
P8 Stereo input connector 15 30 Provides microphone in, stereo in, headphone out
interface to AIC3204 Codec, U19
P9 Stereo input connector 15 31 Provides microphone in, stereo in, headphone out
interface to AIC3204 Codec, U72
M1 Left microphone input 2 30 Provides right microphone input to AIC3204 Codec
M2 Right microphone input 2 30 Provides left microphone input to AIC3204 Codec
JP46 McSPI connector 1 x 6 3 Provides interface to McSPI signals
JP52 External Header 2 35 External image of SW12 to MSP430 TDO/TDI JTAG

Spectrum Digital, Inc
2-4 TMS320C5517 EVM Technical Reference
2.2 Switches
This section describes the switches on the TMS320C5517 EVM.
This following tables describe the switch settings for the switches on the
TMS320C5517 EVM.
Table 2: TMS320C5517 EVM Switches
Switch Schematic
Page Function
SW1 22 Push button Reset
SW2 2 Push button C5517 processor wake up
SW3 7 Boot mode selection DIP switch
SW4 8 Board muxing selection DIP switch
SW5 22 Power option selection DIP switch
SW6 22 Core and I/O voltage selection DIP switch
SW7 21 Power on switch
SW8 29 User readable push button - MENU
SW9 29 User readable push button - UP
SW10 29 User readable push button - MODE
SW11 37 MSP430 user option DIP switch
SW12 34 Push button MSP430 RESET
SW13 29 User readable push button - SHIFT
SW14 29 User readable push button - RWD
SW15 29 User readable push button - SEL
SW16 29 User readable push button - FWD
SW17 29 User readable push button - STOP
SW18 29 User readable push button - DN
SW19 29 User readable push button - REC
Table 3: Switch SW3 Settings
Position Name Function (0=OFF, 1=ON) Factory Setting
1 BTM0 DSP Boot mode 0 select Off
2 BTM1 DSP Boot mode 1 select Off
3 BTM2 DSP Boot mode 2 select Off
4 BTM3 DSP Boot mode 3 select Off
5 BTM4 CLK_IN frequency select #1 On
6 BTM5 CLK_IN frequency select #2 Off
7 No connect N/A
8 DRV_BTMODE BOOTM Pulse Source On
WARNING : Switches should NOT be moved/changed with the power on !

Spectrum Digital, Inc
2-5
The following table describes boot mode settings using positions 1-4 (0 = OFF,
1 =ON).
The input reference for the system clock can be sourced from either an external
oscillator (JP10 jumper inserted) or the 12 MHz on chip USB oscillator (JP10
jumper removed). The following table describes frequency selections on CLK_IN if
the external oscillator is used. Positions 5,6 (0 = OFF, 1 =ON) on switch SW3 are
used.
Table 4: Switch SW3 Boot Mode Settings, BOOTMODE [3:0]
Positions
4 3 2 1 BOOT Mode, * = factory setting
0 0 0 0 *16-bit NOR flash data boot, system clock is in bypass mode *
0 0 0 1 16-bit or 8-bit NAND flash data boot, system clock is in bypass mode
0 0 1 0 UART 9600 baud boot, system clock generator output = input clock x 3
0 0 1 1 UART 56700 baud boot, system clock generator output = input clock x 3
0 1 0 0 UART 115200 baud boot, system clock generator output = input clock x 3
0 1 0 1 SPI 16-bit or 24-bit address boot (SPI_CLK < 1 MHz.),
system clock generator output = input clock x 3
0 1 1 0 SPI 16-bit or 24-bit address boot (SPI_CLK < 10 MHz.),
system clock generator output = input clock x 3
0 1 1 1 Polling mode 2, check in following order: NOR, NAND, SPI, I2C, SD/SDHC/MMC/
eMMC Controller 0, McSPI, UART and USB (infinite retry)
1 0 0 0 I2C 16-bit address boot, 400 KHz, system clock generator is in bypass mode
1 0 0 1 SD or SDHC, MMC, or eMMC controller 0 card
1 0 1 0 SD or SDHC, MMC, or eMMC controller 1 card
1 0 1 1 Polling mode 1: check in following order: NOR, NAND, SPI, I2C,
SD/SDHC/MMC/eMMC Controller 0
1 1 0 0 HPI 16-bit multiplexed boot mode, system clock generator output = input clock x 3
1 1 0 1 McSPI 24-bit address serial flash at 10 Mhz
1 1 1 0 Reserved
1 1 1 1 USB Boot, system clock generator output = input clock x 3
Table 5: Switch SW3 Frequency Selection
Position 5 Position 6 Frequency Selected, * = factory setting
OFF OFF 11.2896 Mhz. via the CLK_IN pin
ON *OFF *12.00 or 12.288 MHz. via the CLK_IN pin *
OFF ON 16.8 Mhz. via the CLK_IN pin
ON ON 19.2 Mhz. via the CLK_IN pin

Spectrum Digital, Inc
2-6 TMS320C5517 EVM Technical Reference
The following table describes the functions on switch SW4.
The following table describes HPI Enable/Disable selections on SW4 using
positions 1,2 (0 = OFF, 1 =ON).
The following table describes MMC1/McSPI MUXing selections on SW4 using
positions 3,4 (0 = OFF, 1 =ON).
Note: The values can be over ridden by the I/O expander.
Table 6: Switch SW4 Settings
Position Name Function (0=OFF, 1=ON) Factory Setting
1 HPI_ON HPI enable/disable On
2 HPI_SEL_IF HPI enable/disable On
3 SEL1_MMC1_MCSPI MMC1/McSPI MUXing Off
4 SEL0_MMC1_MCSPI MMC1/McSPI MUXing Off
Table 7: Switch SW4, HPI Enable/Disable]
Position 1 Position 2 Mode, * = factory setting
OFF OFF External HPI mode (through JP13)
ON OFF MSP430 HPI mode (for HPI boot mode) *
OFF ON C5517 mode
ON *ON *C5517 mode
Table 8: Switch SW4, MMC1/McSPI MUXing
Position 3 Position 4 Mode, * = factory setting
OFF *OFF *McSPI MSP430 *
ON OFF McSPI Flash
OFF ON MMC1
ON ON Header JP46
Table 9: Switch SW5 Settings
Position Name Function (0=OFF, 1=ON) Factory Setting
1 MSP430_PWR_OPT4 Voltage level select On
2 MSP430_PWR_OPT3 Voltage level select On
3 MSP430_PWR_OPT2 Voltage level select On
4 MSP430_PWR_OPT1 Voltage level select On

Spectrum Digital, Inc
2-7
The following table describes V_CORE_SEL selections on SW6 using
positions 1,2 (0 = OFF, 1 =ON).
The following table describes VLDO 1 and 2 selections on SW6 using
positions 3,4 (0 = OFF, 1 =ON).
Table 10: Switch SW6 settings
Position Name Function (0=OFF, 1=ON) Factory Setting
1 U47, Pin 7, U47, Pin 10 V_CORE_SEL On
2 U47, Pin 7, U47, Pin 10 V_CORE_SEL On
3 U47, Pin 12 VLDO 1 and 2 Configure On
4 CBTLV_SEL, U47, Pin 13 VLDO 1 and 2 Configure ON
Table 11: Switch SW6, V_CORE_SEL Select
Position 1 Position 2 Mode, * = factory setting
OFF OFF 1.05 Volt default
ON OFF 1.30 Volt default
OFF ON RESERVED
ON *ON *1.40 Volt *
Table 12: Switch SW6, VLDO Select
Position 4 Position 3 VLDO1 VLDO2 Comment
OFF OFF 1.8V 3.3V Invalid, not used
ON OFF 1.3V 1.8V
OFF ON 2.8V 3.3V Invalid, not used
ON *ON *1.3V 3.3V Factory Setting
Table 13: Switch SW11 Settings
Position Name Function (0=OFF, 1=ON) Factory Setting
1 MSP430_SWOPT0 MSP430 SPI Routing Off
2 MSP430_SWOPT1 MSP430/C5517 Master Select Off
3 MSP430_SWOPT2 MSP430 user option 2 Off
4 MSP430_SWOPT3 MSP430 user option 3 Off
5 MSP430_SPI_OEn Enables/Disables SPI communication
between MSP420 and C5517 On
6 MSP430_SPI_DIR Controls direction (master/slave) of McSPI
communication between MSP430 and C5517 On

Spectrum Digital, Inc
2-8 TMS320C5517 EVM Technical Reference
2.3 LEDs
This section describes the LEDs on the TMS320C5517 EVM.
2.4 Jumpers
The figure below shows the jumper positions on the TMS320C5517 EVM.
Table 14: TMS320C5517 LEDs
LED # Schematic
Page Color Signal
DS1 N/A Green Emulation Data Transfer Active
DS2 34 ? MSP430_PIN78
DS3 34 ? MSP430_PIN45
DS4 34 ? MSP430_PIN41
DS5 2 ? C5517 XF Bit, U24, Pin M8
DS6 21 Red +5 Volts
IRD1 36 Infrared IR_OUT
U60 36 NA IR Receiver
WARNING : Jumpers should NOT be moved/changed with the power on !
C31 3
C49
1JP15
C42
C27
JP9 JP8
11
HPVDD
TP3 TP42
GNDWAKEUP
TP43
GND
TP30
J18
JP57
1
U75
C326 R487
FB16
C33 2
1
JP53
1
MI C_ BI AS
C34
C315 R486
FB1
C321
1
DVDD
SW7
JP58
1
C347
C34 6
C334
C333C33 1
JP59
JP60 1
P9
M2
P4
C344
C34 5
1
U74
P5
C323
C322
C320
JP56 JP55
1
P8
M1
OFF ON
P6
1
P7
1
JP54
1
1
C78
U78
R68
R65R64
TP21
VPWR_I N
V_PWR_MON
TP17
1
JP24
LDO_EN
JP16
FB4 1
VDI O4
R18
1
TP7 J6
R14
1
INT1
TP5
AI C
XF
Q1
DS5
1
XF
power suppl i es.
Use onl y r e commended
Max I nput : 5VDC, 4A.
TP46
GND
J27
31
L9
42
TP23 2
GND
J11
CLKI N
J15
TP12
GND
SCL
SDA
GND
TP45
J5
GND
JP6
1
JP3
TP2
nRESET
RESET
D6
J28
13
JP49
C75
24
R67 1
C295
TP40
C358 R521
1
OSC1
R516
R522
C352
1
C36
TP6
Q2
CLKOUT
SW2
SW1
DS6
R82
J29
13
FB15
J7
24
1
C300 C298
C291
U72
TP49
R514
C3 1 2
GND
U79
U73
JP17
FB3
U80
IOVDD
C41
U19
C19 C20
C2
C6
J1
WAKEUP
TP32
TP31
B-
+
B
C87
F1
J30
13
TP41
24
GND
1JP50
C299
C301
C30 6
JP51 JP48
C294
RN2
C1
A1
U2
SW17 SW14
SEL/
SW8
JP47
R7 4
C83
1
EVM VCORE
1
JP31
R61
R63
EXT
R59
C69
C70
TP22
JP27
ON EVM_1. 3
J10
U36 R3 7
C59
JP18
GND
1
TP48
JP12
Y1
C35
C24
C30
C31
U16
P2
1
SW18
DN
SW15
=
UP
SW9
MSP430_PWR_ EN
JP33
2- 3 5V
1- 2 BAT
BAT
VI N SEL
SW6
JP30
C67
EVM_VDDI O1
1
11
TP16
2
R43
R46
R48
1
JP19
1USB1. 3
JP14
1DSP LDOI N
R17
1
1
CLK_SEL
JP10
TP4
U12
GND
U5
R1
JP1
21
REC
R109
R83
FWD
MODE
SW10
U53
TP27
R66
VDD_I O1 ( DEFLDO2)
CPU_ VCC_CORE_1
ON CPU_ VCC_CORE_0
LDO_1V3 (DEFLDO1)
U42
JP28
EVM VI N
R49
R51
R50
R47
R44
JP20
JP21
VDDA_PL L
1
1FB2
SAR
TP9
TP8 R15
RTC_ CLKOUT
INT0
JP11
R12
U18
SCL
1
2
2
SDA
1
JP5
U6
JP7
1JP2
1
RTC CORE
SW19 SW16
L10
C76
2
JP46
1
U39
JP22
VDD_I O2
1
U68
U13
TP56
U4
R88
R87
C85+
R77R76
R69
U58 EVM 3. 3
J14
JP61
1
TP15
R36
JP23
VDD_I O1
R19
U20
R13
P1
1
SHI FT
1
JP32
1
TP26
TP24
TP25
JP29
EVM VDDI O2
1
JP26
EN LDO_1V3/ I O1
EVM 1. 8
1
C61 R507
C349
1
U76
R26
R30
R29
R21
R23
C51
P14
R10 P1
R518
R9
RN8 RN5
R51 9 RN1
A1
2
GND
TP53
SW13
JP34
R71
C82
U55
R62
L7
R57
R55
L6
C71
R52
EN CPU_ CORE
U40
EN VCC_ 1V8
EN VCC_ 3V3
3V3_USB
U77
R506 C62
C63 C64
C348
1
Y2
R33
C55
R34
R28
U24
RN6
STOP
RWD
MENU
R72
C79
U56
U57
R73
C73 C74
U47
L8
R58
R60
TP54
TP50
R56
C68
GND
SW5
JP25
C65
FB5
C56 C57
C43
A14
A1
U8
RN7
U62
C91
SW11
U81
ON
D4
C80
U52
R4 2 4
DS3
R45
SEL0_MMC1_MCSPI
SEL1_MMC1_MCSPI
SEL_MMC0_I 2S
R42
21
21
R94
C92
R90
R91
RESET
MSP430
SW12
Y3
C77
R425
DS4
HPI _ ON
R520
R16 2
J24
21
R95
C93
JP52
R75
R78
ON
C72
R423
DS2
TP47
SW4
GND
TP13 R527
JP62
R1 6 9
R232
J26
U3
Q6
2
1
U54 C8 4
Y4
C81
U49
U48
R53
R54
U44
SW3
ON
U33
C52
U29
U23
U15
U7
JP45 1
R96 R97
C86
J17
R70
U50
ON
U35U34
C53
TP51
GND
U1
R10 2 R10 3
R99 R98 R100 R101 R524
R523
R79
TP28
GND
U51
U46
U43
SOURCE
NOT USED
BOOT MODE5
BOOT MODE4
BOOT M PUL SE
BOOT MODE3
BOOT MODE2
BOOT MODE1
BOOT MODE0
U38
C54
U69
U70
U71
U21
U10
A1
R10 8 R10 4 R10 5 R10 6 R10 7
R526 R525
R86
R85
R84
D5
MSP430 OPT
U45
U41
U32
U27
R20
J25
HPI
UART_EN
TP1
J31
GND
R93
U82
U83
Q5 U26
C45
C338
+
C337
R11
L4
C26
DS1 R2
U9 JP4
J2 1
1
J19
C354
C356
U37
C60 R3 8
R31 R32
C34 1
R22
Q3
+
R16 +
RN9
C44
C32
C28
C25
R8
C22
RN4
C15 C16
C4
C5
1
GND
MSP430 USB
TP52
MSP430_SPI _DI R
MSP430_SPI _OEN
MSP430_SWOPT 3
MSP430_SWOPT 2
MSP430_SWOPT 1
MSP430_SWOPT 0
R40
C339
TP14
R39
R41
R35
R24 R2 5
U31
+
C48
C342
C37
C38
C39 C1 1
C12 C14 C13
S/ N
R92
IROUT
U60
IRIN
J13
1
EMU USB
D1
P3
R89
Q7
I RD1
R81
C88
R80
J16
GND
TP44
JTAG HEADER
J8 2
U14
J3
1
L1
UART
1
TP29
SD0
GND
C66
1
C5517 USB C340
+C50 R2 7
TP11
U25
C29
C33
C7
C17
R7
R3
L2 R6
U61
C89
U59
ASSY 514660 REV
TMS320C5517 EVM
VBUS
USB3. 3
TP19
D3
TP18+
GND
L5
C58
Q4
TP10
C46 C4 7
U17
C40
L3
C18
C23
C21 A1
R4
R5
RN3
C3
C10 C8 C9
MSP430 UART
C90
Figure 2-2, TMS320C5517 EVM Jumpers JP3
JP2
JP15
JP24
JP11
JP7
JP4 JP6
JP47
JP12
JP56
JP55
JP53
JP54
JP59
JP60
JP50
JP58
JP57
JP31
JP34
JP10
JP45
J27 J28 J29
J30
JP52

Spectrum Digital, Inc
2-9
The table below shows the jumpers on the TMS320C5517 EVM.
Table 15: TMS320C5517 EVM Jumpers
Jumper # of
positions Factory State Schematic Page Function
JP2 3 2 - 3 16 VDDC source select
JP3 3 1 - 2 17 nRESET source select
JP4 2 On, 1 - 2 26 UART_EN level select
JP6 3 1 - 2 2 C5517 WAKEUP level select
JP7 4 2 - 3 24 I2C_SDA_PWR source select
JP10 2 On, 1- 2 11 CLK_SEL select, U24, Pin C7
ON = external oscillator, OFF = internal oscillator
JP11 4 1 - 3 = Off
2 - 4 = Off 24 I2C_SCL_PWR source select
JP12 3 1 - 2 11 AUDIO_MCLK select
JP15 3 2 - 3 30 AIC3402, U19, MIC_BIAS source select, 2-3 = MIC bias enabled
JP24 2 Off 15 LDO_EN select
JP31 3 2 - 3 21 VIN_EVM source select
JP34 3 2 - 3 23 VIO_CBTLV source select
JP45 3 1 - 2 7 OEn select, U13, Pin 22 1-2 = Boot switches controlled by reset and MSP430
2-3 = Boot switches enabled
JP47 3 1 - 2 39 TPS74701 EN source select
JP50 3 2 - 3 31 AIC3402, U72, MIC_BIAS source select, 2-3 = MIC bias enabled
JP52 3 2 - 3 34 MSP430 RESET
JP53 3 2 - 3 32 AMP1_G0 level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP54 3 2 - 3 32 AMP1_G1 level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP55 3 1 - 2 32 AMP1_SDL level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP56 3 1 - 2 32 AMP1_SDR level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP57 3 2 - 3 32 AMP2_G0 level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP58 3 2 - 3 32 AMP2_G1 level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP59 3 1 - 2 32 AMP2_SDL level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP60 3 1 - 2 32 AMP2_SD# level select, 1-2 = VIN_EVM, 2-3 = GND-A
J27 4 1-3 = Off 2-4 = Off 31 AIC3204, U72, 1-3 I2S0_CLK/McBSP_CLKXX to AIC2_IISCLK AIC3204, U72, 2-4 I2S0_FS/McBSP_FSX to AIC2_IISFS
See J29
J28 4 1-3 = Off 2-4 = Off 31 AIC3204, U72, 1-3 I2S0_DX/McBSP_DX to AIC2_IISD0 AIC3204, U72, 2-4 I2S0_RX/McBSP_DR to AIC2_IISD1
See J30
J29 4 1-3 = Off 2-4 = Off 31 AIC3204, U72, 1-3 I2S2_CLK_AIC to AIC2_IISCLK AIC3204, U72, 2-4 I2S2_FS_AIC to AIC2_IISFS
See J27
J30 4 1-3 = On 2-4 = On 31 AIC3204, U72, 1-3 I2S2_DX_AIC to AIC2_IISD0 AIC3204, U72, 2-4 I2S2_RX_AIC to AIC2_IISD1
See J28

Spectrum Digital, Inc
2-10 TMS320C5517 EVM Technical Reference
2.5 Test Points
The figure below shows the test point positions on the TMS320C5517 EVM.
C31 3
C49
1JP15
C42
C27
JP9 JP8
11
HPVDD
TP3 TP42
GNDWAKEUP
TP43
GND
TP30
J18
JP57
1
U75
C326 R487
FB16
C33 2
1
JP53
1
MI C_ B I A S
C34
C315 R486
FB1
C321
1
DVDD
SW7
JP58
1
C347
C34 6
C334
C333C33 1
JP59
JP60 1
P9
M2
P4
C344
C34 5
1
U74
P5
C323
C322
C320
JP56 JP55
1
P8
M1
OFF ON
P6
1
P7
1
JP54
1
1
C78
U78
R68
R65R64
TP21
VPWR_ I N
V_PWR_MON
TP17
1
JP24
LDO_EN
JP16
FB4 1
VDI O4
R18
1
TP7 J6
R14
1
INT1
TP5
AI C
XF
Q1
DS5
1
XF
power suppl i es.
Use onl y r ec ommended
Max I nput : 5VDC, 4A.
TP46
GND
J27
31
L9
42
TP23 2
GND
J11
CLKI N
J15
TP12
GND
SCL
SDA
GND
TP45
J5
GND
JP6
1
JP3
TP2
nRESET
RESET
D6
J28
13
JP49
C75
24
R67 1
C295
TP40
C358 R521
1
OSC1
R516
R52 2
C352
1
C36
TP6
Q2
CLKOUT
SW2
SW1
DS6
R82
J29
13
FB15
J7
24
1
C300 C298
C291
U72
TP49
R514
C312
GND
U79
U73
JP17
FB3
U8 0
IOVDD
C41
U19
C19 C20
C2
C6
J1
WAKEUP
TP32
TP31
B-
+
B
C87
F1
J30
13
TP41
24
GND
1JP50
C299
C301
C306
JP51 JP48
C294
RN2
C1
A1
U2
SW17 SW14
SEL/
SW8
JP47
R74
C83
1
EVM VCORE
1
JP31
R61
R63
EXT
R59
C69
C70
TP22
JP27
ON EVM_1. 3
J10
U36 R3 7
C59
JP18
GND
1
TP48
JP12
Y1
C35
C24
C30
C31
U16
P2
1
SW18
DN
SW15
=
UP
SW9
MSP430_PWR_EN
JP33
2- 3 5V
1- 2 BAT
BAT
VI N SEL
SW6
JP30
C67
EVM_VDDI O1
1
11
TP16
2
R43
R46
R48
1
JP19
1USB1. 3
JP14
1DSP LDOI N
R17
1
1
CLK_SEL
JP10
TP4
U12
GND
U5
R1
JP1
21
REC
R109
R83
FWD
MODE
SW10
U53
TP27
R66
VDD_I O1 ( DEFLDO2)
CPU_VCC_CORE_1
ON CPU_VCC_CORE_0
LDO_1V3 (DEFLDO1)
U42
JP28
EVM VI N
R49
R51
R50
R47
R44
JP20
JP21
VDDA_PLL
1
1FB2
SAR
TP9
TP8 R15
RTC_CLKOUT
INT0
JP11
R12
U18
SCL
1
2
2
SDA
1
JP5
U6
JP7
1JP2
1
RTC CORE
SW19 SW16
L10
C76
2
JP46
1
U39
JP22
VDD_I O2
1
U68
U13
TP56
U4
R88
R87
C85+
R77R76
R69
U58 EVM 3. 3
J14
JP61
1
TP15
R36
JP23
VDD_I O1
R19
U20
R1 3
P1
1
SHI FT
1
JP32
1
TP26
TP24
TP25
JP29
EVM VDDI O2
1
JP26
EN LDO_1V3/ I O1
EVM 1. 8
1
C61 R507
C349
1
U76
R26
R30
R29
R21
R23
C51
P14
R10 P1
R518
R9
RN8 RN5
R51 9 RN1
A1
2
GND
TP53
SW13
JP34
R71
C8 2
U55
R62
L7
R57
R55
L6
C71
R52
EN CPU_ CORE
U40
EN VCC_ 1V8
EN VCC_ 3V3
3V3_USB
U77
R506 C62
C63 C64
C348
1
Y2
R33
C55
R34
R28
U24
RN6
STOP
RWD
MENU
R72
C79
U56
U57
R73
C73 C74
U47
L8
R58
R60
TP54
TP50
R56
C68
GND
SW5
JP25
C65
FB5
C56 C57
C43
A14
A1
U8
RN7
U62
C91
SW11
U81
ON
D4
C80
U52
R424
DS3
R45
SEL0_MMC1 _ MCSPI
SEL1_MMC1 _ MCSPI
SEL_MMC0 _ I 2 S
R42
21
21
R94
C92
R90
R91
RESET
MSP430
SW12
Y3
C77
R425
DS4
HPI _ ON
R520
R162
J24
21
R95
C93
JP52
R75
R78
ON
C72
R423
DS2
TP47
SW4
GND
TP13 R527
JP62
R169
R232
J26
U3
Q6
2
1
U54 C8 4
Y4
C81
U49
U48
R53
R54
U44
SW3
ON
U33
C52
U29
U23
U15
U7
JP45 1
R96 R97
C86
J17
R70
U50
ON
U35U34
C53
TP51
GND
U1
R10 2 R10 3
R99 R98 R100 R101 R524
R523
R79
TP28
GND
U51
U46
U43
SOURCE
NOT USED
BOOT MODE5
BOOT MODE4
BOOT M PUL SE
BOOT MODE3
BOOT MODE2
BOOT MODE1
BOOT MODE0
U38
C54
U69
U70
U71
U21
U10
A1
R10 8 R10 4 R10 5 R10 6 R10 7
R526 R525
R86
R85
R84
D5
MSP4 3 0 OP T
U45
U41
U32
U27
R20
J25
HPI
UART_EN
TP1
J31
GND
R93
U82
U83
Q5 U26
C45
C338
+
C33 7
R11
L4
C26
DS1 R2
U9 JP4
J2 1
1
J19
C354
C356
U37
C60 R3 8
R31 R32
C341
R22
Q3
+
R16 +
RN9
C44
C32
C28
C25
R8
C22
RN4
C15 C16
C4
C5
1
GND
MSP4 3 0 USB
TP52
MSP430_SPI _DI R
MSP430_SPI _OEN
MSP430_SWOP T3
MSP430_SWOP T2
MSP430_SWOP T1
MSP430_SWOP T0
R40
C339
TP14
R39
R41
R35
R24 R2 5
U31
+
C48
C34 2
C37
C38
C39 C1 1
C12 C14 C13
S/ N
R92
IROUT
U60
IRIN
J13
1
EMU USB
D1
P3
R89
Q7
I RD1
R81
C88
R80
J16
GND
TP44
JTAG HEADER
J8 2
U14
J3
1
L1
UART
1
TP29
SD0
GND
C66
1
C5517 USB C340
+C50 R2 7
TP11
U25
C29
C33
C7
C17
R7
R3
L2 R6
U61
C89
U59
ASSY 514660 REV
TMS320C5517 EVM
VBUS
USB3. 3
TP19
D3
TP18 +
GND
L5
C58
Q4
TP10
C46 C4 7
U17
C40
L3
C18
C23
C21 A1
R4
R5
RN3
C3
C10 C8 C9
MSP4 3 0 UART
C90
Figure 2-3, TMS320C5517 EVM Test Points (top and bottom) TP2
TP12
TP42
TP6
TP1 TP3
TP23
TP16
TP46
TP5
TP7
TP28
TP8
TP17
TP49
TP40
TP21
TP41
TP31
TP30
TP53
TP52
TP48 TP9
TP44
TP18
TP47 TP13
TP19
TP29
TP32 TP43 TP27
TP22
TP50
TP45
TP56
TP24-26
TP15
TP51
TP54