Spectrum Digital TMS320C5517 Technical Reference page 18

Spectrum Digital, Inc
2.3 LEDs
This section describes the LEDs on the TMS320C5517 EVM.
2.4 Jumpers
WARNING : Jumpers should NOT be moved/changed with the power on !
The figure below shows the jumper positions on the TMS320C5517 EVM.
Figure 2-2, TMS320C5517 EVM Jumpers
D1 L1
C3
RN3
1 L2
R4
R6
R5
J 3
C17
EM U USB
A1
C18
C21
C23
L3
U14
C29
C33
J8
U25
1 2
U17
C40
C46
TP11 C47
Q 4
L5
+
TP44
TP18
GND
J 13
GND
TP19
VBUS
1 USB3. 3
TM S320C5517 EVM
ASSY 514660 REV
J 16 SD0
U60
I R I N TP29
U59
GND
R80
R81
C89
I R OUT
U61
Q7
R89
R92 1
P3
2-8
Table 14: TMS320C5517 LEDs
Schematic
LED #
Page
DS1 N/A
DS2 34
DS3 34
DS4 34
DS5 2
DS6 21
IRD1 36 Infrared
U60 36
JP4 JP45
1
J31
1
JP45
U3
TP1 1 2
U1
GND
J 24
J2 1
U7
TP51
JP4
U9 1 2
GND
1
C4
J 26
R232
C5
U15
R8
C22
L4
C25
C28
1 2
R11 U23
C32
+
R162
R16
+ C338
J 25
+
R169
C342
C337
C44
U29
R24 R25 Q3 U27
JP62
U31
R520 C52 C53
U32
C341
R39
R41
TP13
U33 U34 U35
SW 3 ON
C339 U37
TP47
GND
SW 4 O N
R42
R45 HPI _ON
U41 SEL_M M C0_I 2S
SEL1_M M C1_M CSPI
SEL0_M M C1_M CSPI
U83
DS4
DS3 DS2
U44
C356 R53
R425
R424 R423
U45
R54
U82
C354
U48
U49 U50
U52
C81
Y4
C84
U54
R70
J17
C80
2
1
Y3
S/ N
R75
U81
C86
R78
SW 11 ON
SW 12 ON
Q6
M SP430_SW OPT0
M SP430_SW OPT1
M SP430_SW OPT2
M SP430_SW OPT3
M SP430_SPI _OEN
M SP430
M SP430_SPI _DI R
RESET
M SP430 OPT
C90
R90
R91 J P52
M SP430 UART
C91 C92
R93
R95
U62
TP52
C93
GND
J19
M SP430 USB
JP52
Color Signal
Green Emulation Data Transfer Active
? MSP430_PIN78
? MSP430_PIN45
? MSP430_PIN41
? C5517 XF Bit, U24, Pin M8
Red +5 Volts
IR_OUT
NA IR Receiver
JP10 JP2
JP12
P1 P2
JP1
2 1 2
U4 1
1
U2
R1
U5
A1
A1
U10
TP4
G ND
TP56
U12
RN2
U8
2
R518
RN6
RN5
U21 1
RN8
RN7
U13
U16
2
R9
U24
P1 A1 1 1
R10
U71
R13 C24
R12
C35
JP12
R15
R17
TP8
U70 Y1
I NT0
R19
TP9
U20
TP48 RTC_CLKOUT
R21
C43
U68
U69 R23 GND
R26 P14 R28 A14
JP18
R29 U76
R30
1
R36
JP21
C54 VDD_I O2 VDD_I O1
1
JP22 JP23
U38 U39
Y2
VDDA_PLL
1 1
J10
R44
R43
1
BOOTM ODE0
TP15 U77
BOOTM ODE1 R46
R47
BOOTM ODE2 1
R48
BOOTM ODE3
JP25
2
BOOTM ODE4 R49
3V3_USB EVM _1. 3 R50
BOOTM ODE5
SW 5 ON
U40
NOT USED JP27
1
BOOTM PULSE EN LDO_1V3/ I O1
TP16 R51
SOURCE EN VCC_3V3
EN VCC_1V8
1 1
EN CPU_CORE
JP28
1
EVM VI N
1 U42
J P46
U43 GND
1
SW 6 ON
L6
TP24
C69 CPU_VCC_CORE_0
R57
C70
CPU_VCC_CORE_1
U46 R58 R59
TP25 LDO_1V3 ( DEFLDO1)
C71
VDD_I O1 ( DEFLDO2)
R60
TP26 R61
U47
2 1
VI N SEL R66
U51
J14
EXT
TP27
JP61
J P31 BAT
L7 L8
1- 2 BAT
GND
TP28 J P32 2- 3 5V
C76 EVM 3. 3
1
U53
JP33
U55
U58 1 EVM VCORE
R69
L10
R73
R72 R74
1
R71
JP47 M SP430_PW R_EN
C79
R76 R77
D5
C82 C83
+ 1
C85
R79
JP34
M ENU UP M ODE
SEL/ =
SHI FT RW D FW D
R109
TP53
GND
STOP DN REC
JP31
JP34 JP47
TMS320C5517 EVM Technical Reference
JP3 JP7 JP6 JP11
RESET W AKEUP
TP3 TP42
SW 1
TP2
SW 2
W AKEUP GND
M 1
DS5
XF
P8
J1
C2
U6
Q1 C6
JP7
CLKOUT
AI C
SDA J5
Q2
TP45
TP5
JP56 JP55
XF
1 1
GND
1 1
JP11
SCL
U19 C27
TP6
P5
J6
TP7
I NT1
GND
FB1
C322
R14
SCL
C34
R18
U74
P4
I OVDD
VDI O4
1
JP17
JP16 TP12 J P53
R522
1 GND
FB4 1 1
U80
JP54
R516
M 2
U73
JP24
P9
1 C313
U79
LDO_EN
J15
1
TP49
GND
C312
J11 JP60 J P59
CLKI N
1 1
TP21 JP51 JP48
VPW R_I N P7
C294
TP40 U72
FB16
C334
C306
P6
TP23
R64 R65 2
U75
GND
JP57 JP58
TP41
J 7
JP49 1 1
1
L9
GND
SW 7
2 4 2 4 2 4 2 4
C78
U78 1 3 1 3 1 3 1 3
D6
F1
TP46
GND
C87
J18
R82
TP31 +
M ax I nput : 5VDC, 4A.
B
Us e onl y r ec om m ended
power s uppl i es .
TP32 TP30
-
B
TP43
DS6 GND
J27 J28 J29
JP56
JP55
JP15
JP54
JP53
JP24
JP59
JP60
JP50
JP58
JP57
J30