ST SPC563M64CAL144 Скачать руководство пользователя страница 33

RM0345

Schematic

Doc ID 024080 Rev 3

33/38

Appendix C 

Schematic

Figure 17.

SPC563M64xx in CSP package schematic

1

1

TP

1

PI

N

 T

E

S

T

AN.2

AN.3

AN.0

AN.4

AN.5

AN.6

AN.7

AN.1

AN.9

AN.1

2

AN.1

1

AN.1

3

AN.1

4

AN.1

6

AN.1

7

AN.1

8

AN.1

5

AN.2

1

AN.2

3

AN.2

4

AN.2

5

AN.2

2

AN.2

7

AN.2

8

AN.3

0

AN.3

1

AN.3

2

AN.3

3

AN.3

4

AN.3

5

AN.3

7

AN.3

6

/CS0

/CS2

/CS3

C_RD

_W

R

C_W

E0

C_W

E1

C_O

E

C_T

S

C_M

CK

O

C_E

VT

O

+3

.3

V

VDD

EV

T

I

EV

T

O

MC

K

O

/M

S

E

O1

/M

S

E

O0

MD

O

0

MD

O

1

MD

O

2

MD

O

3

RX

D

_

B

RX

D

_

A

TX

D

_

A

TX

D

_

B

CN

RX

_

C

CN

RX

_

A

CN

T

X

_

A

CN

T

X

_

C

PC

S

_

B

0

PC

S

_

B

1

PC

S

_

B

2

PC

S

_

B

3

PC

S

_

B

4

PC

S

_

B

5

SO

U

T

_

B

SI

N

_

B

SC

K

_

B

JC

O

M

P

TM

S

TD

O

TD

I

TC

K

FB

1

EX

T

A

L

XT

AL

C

L

KOUT

/R

ES

ET

/R

S

O

UT

B

OOT

C

F

G1

W

K

PC

FG

P

LLR

E

F

C9

10n

C1

1

10n

C1

3

10n

C1

0

100n

C1

2

100n

C1

4

100n

+5

V

+3

.3

V

GND

C1

5

10n

C1

7

10n

C1

9

10n

C1

6

100n

C1

8

100n

C2

0

100n

+3

.3

V

GND

C2

1

10n

C2

3

10n

C2

5

10n

C2

2

100n

C2

4

100n

C2

6

100n

GND

C4

100n

C3

2

10n

C3

2.

2uF

C6

100n

C5

2.

2uF

C8

100n

C7

2.

2uF

C2

100n

C1

2.

2uF

VDD

GND

VS

T

B

Y

V

RCCT

L

VDDR

E

G

VS

S

A

VS

S

S

YN

GN

D

C3

3

100n

VR

H

VR

L

RE

F

B

Y

P

C

VDDA

0

C2

7

10n

C2

8

100n

C2

9

10n

C3

0

100n

VD

D

S

YN

VDDA

0

FB

2

FB

3

+3

.3

V

J1

DE

F

A

UL

T

=

C

L

OS

E

EM

IO

S

.2

AN.3

9

AN.3

8

GPIO2

07

GPIO2

06

GPIO9

9

GPIO9

8

+3

.3

V

J2

VR

C

3

3

R3

10K

GND

TE

ST

 POIN

TS

1

2

3

4

J4

C

ON4

+5

V

+3

.3

V

VDD

R5

10K

R4

10K

)I

BE

(

 e

ca

fr

et

nI

 s

uB

 l

an

re

tx

E

CD

AQ

e

Reset & Configuration

Clock / Synthesizer

Jtag

Nexu

s

FlexCAN

SCI

DSPI

eTPU

EMIOS

ET

P

U

A

0

M5

ET

P

U

A

1

G8

ET

P

U

A

2

M3

ET

P

U

A

3

L3

ET

P

U

A

4

L2

ET

P

U

A

5

H9

ET

P

U

A

6

M2

ET

P

U

A

7

K3

ET

P

U

A

8

K2

ET

P

U

A

9

G9

ET

P

U

A

1

0

L5

ET

P

U

A

1

1

J3

ET

P

U

A

1

2

J2

ET

P

U

A

1

3

G1

0

ET

P

U

A

1

4

K5

ET

P

U

A

1

5

H3

ET

P

U

A

1

6

K1

ET

P

U

A

1

7

H1

0

ET

P

U

A

1

8

J5

ET

P

U

A

1

9

G3

ET

P

U

A

2

0

J1

ET

P

U

A

2

1

H1

1

ET

P

U

A

2

2

F3

ET

P

U

A

2

3

H2

ET

P

U

A

2

4

G2

ET

P

U

A

2

5

H5

ET

P

U

A

2

6

G5

ET

P

U

A

2

7

E3

ET

P

U

A

2

8

F1

ET

P

U

A

2

9

F2

ET

P

U

A

3

0

E1

ET

P

U

A

3

1

E2

AN0

C9

AN1

B8

AN2

G12

AN3

E10

AN4

C10

AN5

B9

AN6

G13

AN7

E11

AN9

C4

AN11

B6

AN12-

SD

S

H15

AN13-

SD

O

G15

AN14-

SD

I

E16

AN15-

FC

K

C16

AN16

B7

AN17

E8

AN18

H12

AN21

E9

AN22

C11

AN23

B11

AN24

H13

AN25

E12

AN27

B12

AN28

A13

AN30

C13

AN31

B13

AN32

B14

AN33

E14

AN34

G14

AN35

A14

AN36

C5

AN37

B5

C_CS

0

AB11

C_CS

2

AA10

C_CS

3

AB10

C_ADD1

2

AA14

C_ADD1

3

R8

C_ADD1

4

AA15

C_ADD1

5

W7

C_ADD1

6

P7

C_ADD1

7

P8

C_ADD1

8

U7

C_ADD1

9

N7

C_ADD2

0

M8

C_ADD2

1

M7

C_ADD2

2

V7

C_ADD2

3

L8

C_ADD2

4

T8

C_ADD2

5

K8

C_ADD2

6

L7

C_ADD2

7

U8

C_ADD2

8

V8

C_ADD2

9

AB13

C_ADD3

0

AB14

C_DAT

0

W21

C_DAT

1

Y22

C_DAT

2

V21

C_DAT

3

W22

C_DAT

4

U21

C_DAT

5

U22

C_DAT

6

T21

C_DAT

7

T22

C_DAT

8

AA17

C_DAT

9

AB16

C_D

AT

10

AA18

C_D

AT

11

AB17

C_D

AT

12

AA19

C_D

AT

13

AB19

C_D

AT

14

AA20

C_D

AT

15

AB20

C_RD

_W

R

W8

C_W

E0

Y8

C_W

E1

AA7

C_O

E

AD16

VS

T

B

Y

B3

V

RCCT

L

AC

2

6

VDDA

1

A5

VDDA

0

E1

5

VS

S

A

0

A1

5

VS

S

A

0

B1

5

VS

S

A

1

A6

VR

H

A9

VR

L

A1

0

RE

F

B

Y

P

C

B1

0

XT

AL

AD

2

8

EX

T

A

L

AC

2

8

C

L

KOUT

AF

2

5

VSS

A2

VSS

AD5

VSS

AF26

VSS

AF3

VSS

AG1

VSS

AG2

VSS

AG27

VSS

AG28

VSS

AH1

VSS

AH2

VSS

AH27

VSS

AH28

VSS

B1

VSS

B2

VSS

B27

VSS

B28

VSS

C26

VSS

C3

VSS

E24

VSS

E5

VSS

G22

VSS

G7

VSS

H21

VSS

H8

VSS

L11

VSS

L12

VSS

L13

VSS

L14

VSS

M12

VSS

M13

VSS

M14

VSS

M15

VSS

A28

VSS

AA8

VSS

AB7

VSS

P15

VSS

N17

VSS

N15

VSS

M17

VSS

M16

VSS

N14

VSS

P14

VSS

N16

VSS

AB22

VSS

AA21

VSS

A27

VSS

A1

MC

K

O

H2

6

EV

T

O

G2

7

EV

T

I

G2

6

MD

O

3

C2

3

MD

O

2

B2

1

MD

O

1

C2

4

MD

O

0

C2

5

MS

E

O

1

H2

4

MS

E

O

0

G2

4

JC

O

M

P

F2

6

TM

S

E2

6

TD

O

F2

7

TD

I

E2

8

TC

K

E2

7

RX

D

B

Y2

4

TX

D

B

Y2

7

RX

D

A

U2

6

TX

D

A

V2

4

CN

RX

C

Y2

6

CN

T

X

C

W2

4

CN

RX

A

AG

2

2

CN

T

X

A

AF

2

2

PC

S

B

5

M2

6

PC

S

B

4

N2

7

PC

S

B

3

M2

7

PC

S

B

2

T2

8

PC

S

B

1

R2

8

PC

S

B

0

R2

7

SO

U

T

B

N2

8

SI

N

B

P2

8

SC

K

B

T2

7

EM

IO

S

0

AD

1

7

EM

IO

S

2

P2

1

EM

IO

S

1

0

N2

2

EM

IO

S

1

1

AG

1

8

EM

IO

S

1

2

M2

1

EM

IO

S

1

3

AF

1

8

EM

IO

S

2

3

AF

2

1

EM

IO

S

8

N2

1

EM

IO

S

9

AD

2

3

ET

P

U

A

0

N5

VSS

P16

VSS

P17

VSS

R14

VSS

R15

VSS

R16

VSS

T13

VSS

T16

VSS

T17

VSS

U12

VSS

U17

VSS

U18

VSS

V11

VSS

V18

VDDE

1

2

AA1

3

VDDE

1

2

AA1

6

VDDE

1

2

AB

1

8

VDDE

1

2

AB

2

1

VDDE

1

2

AE

2

VDDE

1

2

AG

1

2

VDDE

1

2

AG

4

VDDE

1

2

K7

VDDE

1

2

N8

VDDE

1

2

R1

1

VDDE

1

2

R1

2

VDDE

1

2

R1

3

VDDE

1

2

R1

7

VDDE

1

2

R1

8

VDDE

1

2

R2

1

VDDE

1

2

T1

1

VDDE

1

2

T1

2

VDDE

1

2

T1

5

VDDE

1

2

T1

8

VDDE

1

2

U1

1

VDDE

1

2

U1

5

VDDE

1

2

U1

6

VDDE

1

2

U2

VDDE

1

2

V1

5

VDDE

1

2

V1

6

VDDE

1

2

V1

7

VDDE

1

2

V2

2

VDDE

H1

J7

VDDE

H1

G1

1

VDDE

H4

AD

2

0

VDDE

H

6

A

V2

6

VDD

Y2

1

VDD

AA2

2

VDD

AA9

VDD

AB

8

VDD

AC

2

4

VDD

AD

6

VDD

AE

2

6

VDD

AF

2

7

VDD

AF

4

VDD

AG

3

VDD

B2

5

VDD

C2

VDD

D2

7

VDD

D3

VDD

H7

VDD

J8

VDD

F5

VDDP

L

L

AD

2

7

VDDR

E

G

W2

8

VS

S

P

L

L

AC

2

7

VS

UP

AD

2

4

VR

C

3

3

W5

EM

IO

S

4

AD

1

8

VR

C

3

3

AE

2

7

VR

C

3

3

B2

6

VR

C

3

3

D2

VDDE

H6

B

K2

4

VR

C

3

3

AF

9

RE

S

E

T

AA2

7

R

S

T

OUT

W2

6

B

OOT

C

F

G1

AB

2

4

W

K

PC

FG

AA2

4

PL

L

R

E

F

AB

2

7

VDDEH7

C27

VDDEH7

D26

VDDEH7

H22

VDDEH7

J21

VDDEH7

L15

VDDEH7

L16

VDDEH7

L17

VDDEH7

L18

VDDEH7

M18

VDDEH7

N18

VDDEH7

P18

VDDEH7

F24

NE

X

U

S

C

F

G

G1

8

C_E

VT

O

G19

C_M

CK

O

H18

C_T

S

AA11

EM

IO

S

1

AD

2

1

EM

IO

S

1

4

AH

1

9

EM

IO

S

1

5

M2

2

PC

K

C

FG

0

AF

2

4

PC

K

C

FG

1

AG

2

5

GPIO2

06

AH10

GPIO9

8

N26

GPIO9

9

N24

GPIO2

07

AG10

AN38

B4

AN39

C6

U1

S

P

C

563M

64

VDDS

YN

GND

NE

X

U

S

C

F

G

EM

IO

S

.2

3

EM

IO

S

.1

5

EM

IO

S

.1

4

EM

IO

S

.1

3

EM

IO

S

.1

2

EM

IO

S

.1

1

EM

IO

S

.1

0

EM

IO

S

.9

EM

IO

S

.8

EM

IO

S

.0

EM

IO

S

.1

EM

IO

S

.4

ET

P

U

A

.3

1

ET

P

U

A

.3

0

ET

P

U

A

.2

9

ET

P

U

A

.2

8

ET

P

U

A

.2

7

ET

P

U

A

.2

6

ET

P

U

A

.2

5

ET

P

U

A

.2

4

ET

P

U

A

.2

3

ET

P

U

A

.0

.N

5

ET

P

U

A

.0

.M

5

ET

P

U

A

.1

ET

P

U

A

.2

ET

P

U

A

.3

ET

P

U

A

.4

ET

P

U

A

.5

ET

P

U

A

.6

ET

P

U

A

.7

ET

P

U

A

.8

ET

P

U

A

.9

ET

P

U

A

.1

0

ET

P

U

A

.1

1

ET

P

U

A

.1

2

ET

P

U

A

.1

3

ET

P

U

A

.1

4

ET

P

U

A

.1

5

ET

P

U

A

.1

6

ET

P

U

A

.1

7

ET

P

U

A

.1

8

ET

P

U

A

.1

9

ET

P

U

A

.2

0

ET

P

U

A

.2

1

ET

P

U

A

.2

2

ADD

R.1

2

ADD

R.1

3

ADD

R.1

4

ADD

R.1

5

ADD

R.1

6

ADD

R.1

7

ADD

R.1

8

ADD

R.1

9

ADD

R.2

0

ADD

R.2

1

ADD

R.2

2

ADD

R.2

3

ADD

R.2

4

ADD

R.2

5

ADD

R.2

6

ADD

R.2

7

ADD

R.2

8

ADD

R.2

9

ADD

R.3

0

DAT

A.0

DAT

A.1

DAT

A.2

DAT

A.3

DAT

A.4

DAT

A.5

DAT

A.6

DAT

A.7

DAT

A.8

DAT

A.9

DAT

A.1

0

DAT

A.1

1

DAT

A.1

2

DAT

A.1

3

DAT

A.1

4

DAT

A.1

5

VS

S

S

YN

GND

VS

S

A

PC

K

C

FG

0

PC

K

C

FG

1

VDDE

H7

VDDE

H7

O

pe

n x

 C

U

T2

.1

Cl

os

e x C

U

T2

.0

J1

6

A

B

A

B

N.

C

.

VDDE

H6

A

VDDE

H1

A

VDDE

H1

B

VDDE

H6

B

VDDE

H6

B

VDDE

H

6

A

GAPGRI00355

Содержание SPC563M64CAL144

Страница 1: ...e microcontrollers The SPC563M64CAL144 rev B can be fitted onto the application printed circuit board PCB in place of the standard SPC563M64xx family microcontroller in LQFP144 package SPC563M64CAL144...

Страница 2: ...nction 12 4 3 Calibration bus interface 14 5 Development connector 15 6 Calibration connector 17 7 Tool IO 19 8 CAN interface 20 9 Calibration software compatibility and configuration 22 9 1 Calibrati...

Страница 3: ...RM0345 Contents Doc ID 024080 Rev 3 3 38 Revision history 37...

Страница 4: ...us signals on AMP 38 Mictor connector 16 Table 7 Nexus signals on AMP 38 Mictor connector 17 Table 8 J12 J13 FlexCAN interface selection 20 Table 9 J6 J17 and J7 FlexCAN interface selection 21 Table 1...

Страница 5: ...iagram 14 Figure 8 JP1 development connector 15 Figure 9 AMP 38 Mictor 16 Figure 10 J9 Calibration connector 17 Figure 11 Calibration triggers TOOL_IO 19 Figure 12 CAN schematic diagram 20 Figure 13 T...

Страница 6: ...de these distinctive features Use 100 production silicon ensuring full hardware and software compatibility between production and calibration systems Support LQFP144 MCU production package allowing ca...

Страница 7: ...when the board is powered Figure 2 Power supply By default the 5V is taken from the target application through the VDDREG supply level supply input for the internal voltage regulators of the SPC563M6...

Страница 8: ...he VDDE12 supply used to power the dedicated SPC563M64xx calibration bus interface is connected to the upon board 3 3 V voltage regulator VSSAVSSSYN GND VRCCTL VDDREG VSTBY C46 1uF GND VDDEH1 A 24 VDD...

Страница 9: ...gauge In this case the gauge J15 must be open Table 2 B5 B 5 B B B2 B76 B0 2 B 972 9 9 95 YUFSOBM VT OUFSGBDF B 0 B 0 B 9 B B 7 B B B 8 B 9 B B B 7 B 7 B 7 9 B 7 B 7 8 B 7 8 B 7 7 B 7 7 B 7 B 7 B 7 B...

Страница 10: ...signal is disconnected from the target application board close default VRC33 signal is connected to the target application board J2 VRC33 open default VRC33 signal is disconnected from the on board 3...

Страница 11: ...causes the reset cycle to start over RSTOUT External reset output The RSTOUT pin is an active low output that uses a push pull configuration The RSTOUT pin is driven to the low state by the MCU for al...

Страница 12: ...d 3 3V input supply CE power down High speed access time 10ns Full automotive temperature range Lead free When CE is HIGH deselected the device assumes a standby mode at which the power dissipation ca...

Страница 13: ...ation connector J9 see Figure 10 Table 4 J11 configuration of SRAM supply for retention mode J11 SRAM standby supply source all open ECU_Stby standby voltage on J9 calibration connector 1 2 closed Upo...

Страница 14: ...ctionality of this signal indicates to the external latch when to capture the address signals Figure 7 SRAM schematic diagram The Section 9 Calibration software compatibility and configuration shows t...

Страница 15: ...cut trace J3 J5 and J10 are listed on Figure 5 Table 5 J3 J5 and J10 option cut traces option name Function Value Note J3 CLKOUT open CLKOUT signal is disconnected to the Nexus JP1 connector close def...

Страница 16: ...ut trace option Table 6 Nexus signals on AMP 38 Mictor connector Pin Description Pin Descriptio 1 nc 2 nc 3 nc 4 nc 5 C_MDO9 6 CLKOUT 7 BOOTCFG1 8 C_MDO8 9 RESET 10 C_EVTI 11 TDO 12 3 3V 13 C_MDO10 14...

Страница 17: ...tandard function Pin SPC563M64xx routing standard function B1 nc nc A1 nc nc B2 nc nc A2 JCOMP JTAG interface B3 RSOUT RSOUT A3 CAL Wakeup 12V output for Wakeup functionality B4 GND GND A4 C_EVTI JTAG...

Страница 18: ...g A12 MDO 0 Detect that the PLL is locked B13 ECU_Vsby VDDSBRAM Supply Backup Voltage of ECU Standby RAM A13 5V VDDP Comparator Input Supply of microcontroller Interface Pins Table 7 Nexus signals on...

Страница 19: ...kes On the calibration board these signals are available on the JP1 development connector and J9 calibration connector By default GPIO 206 GPIO 207 are powered by VDDEH at 5V A level shifter see Figur...

Страница 20: ...transceiver in high speed and fault tolerant networks from ESD and other harmful transient voltage events see Figure 12 The L9616 CAN transceiver has an Adjustable Slope Control ASC feature that sets...

Страница 21: ...t 3 3 V Note Refer to Section Appendix D Options placement for layout options placement Table 9 J6 J17 and J7 FlexCAN interface selection J6 or J17 if 3 3V J7 FlexCAN interface closed open low speed o...

Страница 22: ...s will output the address signals during the address phase by using an onboard external latch controlled by the CAL_TS signal The CAL_ALE may be used to drive an external latch when an asynchronous me...

Страница 23: ...is SIU_PCR suffixed by the PCR number 9 1 2 Cal Bus ECCR Settings The SIU ECCR registers used to control the timing relationship between the system clock and the external clock CLKOUT The external bus...

Страница 24: ...n the Table 14 Table 13 EBI_MCR register setting bit field Name Description value 29 D16_31 Data Bus 16_31 Select The D16_31 bit controls whether the EBI uses the DATA 0 15 or DATA 16 31 signals when...

Страница 25: ...hosen 20 PS Port Size The PS bit determines the data bus width of transactions to this chip select bank Note In the case where the DBM bit in EBI_MCR is set for 16 bit Data Bus Mode the PS bit value i...

Страница 26: ...order in the field allowing a resource to reside in more than one area of the address map This field can be read or written at any time 24 27 SCY Cycle length in clocks This field represents the numb...

Страница 27: ...DSC 20pF 0b01 SIU PCR 342 R 0x0040 CAL_RD WR CAL_WE 0 1 CAL_OE DSC 20pF 0b01 SIU PCR 343 R 0x0040 CAL_ALE DSC 20pF 0b01 SIU ECCR External Clock Control Register setup SIU ECCR R 0x1000 External Bus D...

Страница 28: ...Calibration software compatibility and configuration RM0345 28 38 Doc ID 024080 Rev 3 EBI Option Register setup Address mask 0xefe00000 Wait state 0 set 0 wait states EBI CAL_CS 0 OR R 0xffe00000...

Страница 29: ...an be fitted to an application PCB that has been designed to accept standard QFP144 packaged SPC563M64xx devices Bases can be supplied with solder footprints to allow direct and permanent soldered con...

Страница 30: ...Mechanical constrains RM0345 30 38 Doc ID 024080 Rev 3 Appendix B Mechanical constrains Figure 14 Top and side view drawing 3 5 6OJUT NN...

Страница 31: ...RM0345 Mechanical constrains Doc ID 024080 Rev 3 31 38 Figure 15 Side and bottom view drawing 3LQ 8QLWV PP 3 5...

Страница 32: ...Mechanical constrains RM0345 32 38 Doc ID 024080 Rev 3 Figure 16 Complete system side view drawing 3 5 8QLWV PP...

Страница 33: ...LKOUT AF25 VSS A2 VSS AD5 VSS AF26 VSS AF3 VSS AG1 VSS AG2 VSS AG27 VSS AG28 VSS AH1 VSS AH2 VSS AH27 VSS AH28 VSS B1 VSS B2 VSS B27 VSS B28 VSS C26 VSS C3 VSS E24 VSS E5 VSS G22 VSS G7 VSS H21 VSS H8...

Страница 34: ...ETPUA31 14 RSTOUT 85 RESET 80 WKPCFG 71 BOOTCFG1 70 PLLREF 68 Vss 36 Vss 59 Vss 73 Vss 22 Vss 115 Vss 91 Vss 104 Vss 48 VDD 26 VDD 53 VDD 86 VDD 120 EMIOS0 54 EMIOS2 55 EMIOS4 56 EMIOS8 57 EMIOS9 58...

Страница 35: ...GND GPIO207_3 3V GPIO206_3 3V 3 3V VSTBY 3 3V C31 1uF GND GND GND J7 5V 5V C44 100n C43 2 2uF CAN_HIGH CAN_LOW DEFAULT CLOSE DEFAULT OPEN J6 CNTX CNRX CNRX_C CNRX_A CNTX_A CNTX_C R2 60 R10 60 C45 100...

Страница 36: ...Options placement RM0345 36 38 Doc ID 024080 Rev 3 Appendix D Options placement Figure 20 Options placement TOP view Bottom view GAPGRI00358...

Страница 37: ...ision history Doc ID 024080 Rev 3 37 38 Revision history Table 16 Document revision history Date Revision Changes 18 Jan 2013 1 Initial release 13 Feb 2013 2 Modified Figure 14 17 Sep 2013 3 Updated D...

Страница 38: ...OPYRIGHT OR OTHER INTELLECTUAL PROPERTY RIGHT ST PRODUCTS ARE NOT DESIGNED OR AUTHORIZED FOR USE IN A SAFETY CRITICAL APPLICATIONS SUCH AS LIFE SUPPORTING ACTIVE IMPLANTED DEVICES OR SYSTEMS WITH PROD...

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