STEVAL-PCC009V1 скачать даташит

STEVAL-PCC009V1 скачать даташит
STEVAL-PCC009V1
Universal USB to serial communication interface
demonstration board based on the STM32
Data brief
Features
■
Two PC GUIs are supported:
– Universal dongle PC GUI: this PC GUI
allows interfacing SPI, I2C and UART
interface and controlling the communication
parameters with the help of GUI itself
– DFU mode PC GUI: this PC GUI allows
changing the firmware if required by the
user to suit its applications
■
DLL files of the I2C, SPI and UART Interface
are supplied
■
Source code (including DFU)
■
RoHS compliant
STEVAL-PCC009V1
Description
This demonstration board implements an
universal USB to serial communication interface
(UUSCI) based on STM32.
their own customized PC GUI as per their
requirements.
Warning:
This demoboard has a 10 pin interface. In this
interface, there is a provision to connect a device
which can communicate using I2C, SPI and
UART. Thus UUSCI tool allows a user to connect
a serial communication based device to a PC. At
the same time it allows to control some GPIOs
available in that 10 pin interface and set them in
input/output modes as per the application
requirements.
In order to use this
evaluation board
connected to a PC, a
recent version of
Windows®, such as
Windows2000® or
Windows XP® must be
installed.
In UUSCI demonstration board, the STM32
microcontroller is used as the interface between
PC and the end device. Due to intelligence
available in the STM32 device, I2C, SPI and
UART are multiplexed in same 10 pin interface
thus leading to reduced board size and the
complexity of usage.
Power to board is provided from USB Mini B-Type
connector.
DLL files of the PC GUI are provided with this
tool. So a user can use these DLL files to make
May 2010
Doc ID 15574 Rev 2
For further information contact your local STMicroelectronics sales office.
1/7
www.st.com
7
Doc ID 15574 Rev 2
3V3
3V
C11
C1
100
100nF
nF
C2
C27
100n
100nF
SW
SW2
_PB
SW _PB
C12
C1
100n
100nF
3V3
3V
C2
0
R6
22pF
C5
22pF
C4
AGND
AG
ND
VDDA
DDA
Y2
8MHz
8M
Hz
R5
1M
OSC32_
OS
32_OU
OUT
C9
10uF
10
uF
C15
C1
100n
100nF
3V3
3V
10uH
10u
L1
R4
0
10pF
C14
C1
100n
100nF
3V3
3V
OSC3
OS
C32_
2_IN
IN
C13
C1
100n
100nF
R1
R10
10
10k
RESET#
RESET
10pF
C1
Y1
32. 68KHz
32.768K
Hz
PE
PE2
PE3
PE
3V3
3V
BOOT
OOT0
14
15
3
4
5
6
7
8
9
10
11
12
13
1
2
C1
C10
10n
10nF
R9
0
0
100k
R8
R7
3V3
3V
BOOT
OOT1
16
17
18
19
AGND
AG
ND
20
21
22
PA0_W
PA
0_WKU
KUP_
P_US
USART
ART2_C
2_CTS
TS
23
PA1_T
PA
1_TIM
IM2_C
2_CH2_U
2_USART
SART2_R
2_RTS
TS 24
PA2_T
PA
2_TIM
IM2_C
2_CH3_U
3_USART
SART2_T
2_TX
25
PC1_ADC
PC1_A
DC12_I
12_IN1
N11
PC2_A
PC
2_ADC
DC12_I
12_IN1
N12
PC3_A
PC
3_ADC
DC12_I
12_IN1
N13
RESET
ESET#
PC0_A
PC
0_ADC
DC12_I
12_IN1
N10
PE
PE4
PE5
PE
PE6
PE
3V3
3V
PC13_T
PC
13_TAM
AMPER
PER
OSC32_I
OS
32_IN
OSC32_O
OS
32_OUT
UT
GND
ND
3V3
3V
OSC_
OS
C_IN
IN
OSC_
OS
C_OU
OUT
R3
0
0
100k
R2
PC
PC1
PC2
PC
PC3
PC
VSSA
SSA
VREF
VR
EFVREF
VR
EF+
VDDA
DDA
PA0PA
0-WK
WKUP
UP
PA1
PA
PA2
PA
NRST
NRST
PC0
PC
PE4
PE5
PE6
VBAT
VB
AT
PC13PC
13-TAM
TAMPER-R
PER-RTC
TC
PC14PC
14-OS
OSC32_I
32_IN
PC15PC
15-OS
OSC32_O
32_OUT
UT
VSS_
SS_5
VDD_
DD_5
OSC_
OS
C_IN
IN
OSC_
OS
C_OU
OUT
PE2
PE3
U2
3V3
3V
GND
PE1
PE0
PB9_T
PB
9_TIM
IM4_
4_CH4
CH4
PB8_T
PB
8_TIM
IM4_
4_CH3
CH3
BOOT
OOT0
PB7_I2C
PB7_I
2C1_
1_SD
SDA
100
99
98
97
96
95
94
93
VDD_
DD_3
VSS_3
VSS_
PE1
PE0
PB9
PB8
BOOT
OOT0
PB7
PB6_I
PB
6_I2C
2C1_
1_SC
SCL
PB5_I
PB
5_I2C
2C1_
1_SM
SMBAI
BAI
PB4_N
PB
4_NTR
TRST
ST
PB3_T
PB
3_TDO
DO
PD7
PD
PD6
PD
PD5
PD
PD4
PD
PD3
PD
PD2
PD
PD1
PD
PD0
PD
PC12
PC
12
PC11
PC
11
PC10
PC
10
PA15_T
PA
15_TDI
DI
PA14_TCK
PA14_T
CK
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
STM3
ST
M32
VDD_
DD_2
VSS_
SS_2
NC
PA13
PA
13
PA12
PA
12
PA11
PA
11
PA10
PA
10
PA9
PA
PA8
PA
PC9
PC
PC8
PC
PC7
PC
PC6
PC
PD15
PD
15
PD14
PD
14
PD13
PD
13
PD12
PD
12
PD11
PD
11
PD10
PD
10
PD9
PD
PD8
PD
PB15
PB1
PB14
PB1
PB13
PB1
PB12
PB1
PB6
PB5
PB4
PB3
PD7
PD
PD6
PD
PD5
PD
PD4
PD
PD3
PD
PD2
PD
PD1
PD
PD0
PD
PC12
PC
12
PC11
PC
11
PC10
PC10
PA15
PA1
PA14
PA1
2/7
PA3
VSS_4
VSS_
VDDDD-4
PA4
PA5
PA6
PA7
PC4
PC
PC5
PC
PB0
PB1
PB2/BOOT
PB2
/BOOT1
PE7
PE8
PE9
PE10
PE1
PE11
PE1
PE12
PE1
PE13
PE1
PE14
PE1
PE15
PE1
PB10
PB1
PB11
PB1
VSS_1
VSS_
VDD_
DD_1
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
R1
R11
0
R12
R1
0
PB10_I
PB
10_I2C
2C2_S
2_SCL
CL
PB11_I
PB
11_I2C
2C2_S
2_SDA
DA
PA13_TMS
PA13_T
MS
USBD
SBDP
USBD
SBDM
PA10
PA1
PA9
PA8
PC9
PC
PC8
PC
PC7
PC
PC6
PC
PD15
PD
15
PD14
PD
14
PD13
PD
13
PD12
PD
12
PD11
PD
11
PD10
PD
10
PD9
PD
PD8
PD
PB15_
PB
15_SPI
SPI2_M
2_MOS
OSI
PB14_
PB
14_SPI
SPI2_M
2_MIS
ISO
PB13_
PB
13_SPI
SPI2_S
2_SCK
CK
PB12_
PB
12_SPI
SPI2_N
2_NSS
SS
3V
3V3
GND
ND
Figure 1.
PA3_T
PA
3_TIM
IM2_
2_CH
CH4_U
4_USART
SART2_R
2_RX 26
GND
27
3V3
3V
28
PA4_U
PA
4_USAR
SART2_C
T2_CK 29
PA5_
PA
5_SPI
SPI1_S
1_SCK
CK
30
PA6_
PA
6_SPI
SPI1_M
1_MIS
ISO 31
PA7_
PA
7_SPI
SPI1_M
1_MOS
OSI 32
MICROSD
MI
CROSD_C
_CD
33
MICROSD
MI
CROSD_C
_CS
34
PB0_T
PB
0_TIM
IM3_
3_CH3
CH3
35
PB1_T
PB
1_TIM
IM3_
3_CH4
CH4
36
BOOT
OOT1
37
PE7
38
PE8
39
PE9
40
PE10
PE1
41
PE11
PE1
42
PE12
PE1
43
PE13
PE1
44
PE14
PE1
45
PE15
PE1
46
47
48
49
50
1
GND
3V
3V3
R1
Circuit schematics
STEVAL-PCC009V1
Circuit schematics
Microcontroler section
RN3
RN
EXBEXB-38V
38V472J
472JV
1
2
3
4
1
2
3
ST2349
ST
2349
I/OVL
I/O
VL2
OE
I/OVL
I/O
VL3
I/OVL
I/O
VL4
U5
PB10_I2
PB10_
I2C2_S
2_SCL_D
L_DB
GND
ND
PB0_T
PB0
_TIM
IM3_C
3_CH3_D
3_DB
PB11_I
PB1
1_I2C
2C2_S
2_SDA
DA
3V3
3V
PB0_TI
PB
0_TIM3_C
3_CH3
H3
PB1_TI
PB
1_TIM3_C
3_CH4
H4
PB10_
PB1
0_I2
I2C2_S
2_SCL
CL
C6
0.1u
0.
1uF
3V3
3V
V_CON
V_CO
16
15
14
13
I/OVL1
I/OVL
VL
VCC
VC
I/OVCC1
NC
VL
VCC
VC
NC
5
6
7
8
6
5
4
6
5
4
12
11
10
9
PB11_I2C
PB11_I
2C2_S
2_SDA
DA_D
_DB
GND
ND
PB1_T
PB
1_TIM
IM3_
3_CH
CH4_D
4_DB
PB0_TIM3_C
PB0_TI
3_CH3_D
3_DB
PB1_TI
PB
1_TIM3_C
3_CH4_D
4_DB
PB11_I
PB
11_I2C
2C2_S
2_SDA
DA_D
_DB
RN4
RN
EXB-38V
38V472J
472JV
EXB-
PB11_I2C
PB11_I
2C2_S
2_SDA
DA
PB13_
PB
13_SPI
SPI2_S
2_SCK
CK
PB12_
PB
12_SPI
SPI2_N
2_NSS
SS
PB1_T
PB
1_TIM
IM3_C
3_CH4
H4
PB10_I2C
PB10_I
2C2_S
2_SCL
CL
PB14_
PB
14_SPI
SPI2_M
2_MIS
ISO
PB15_
PB
15_SPI
SPI2_M
2_MOS
OSI
PB0_T
PB
0_TIM
IM3_C
3_CH3
H3
PB10_I
PB
10_I2C
2C2_S
2_SCL_D
L_DB
GND
ND
PB14_
PB
14_SPI
SPI2_M
2_MIS
ISO_
O_DB
DB
PB15_SPI
PB15_
SPI2_M
2_MOS
OSI_
I_DB
DB
PB0_T
PB
0_TIM
IM3_C
3_CH3_D
3_DB
RN1
RN
RN2
RN
8
7
6
5
EXB-38V472J
EXB-38V
472JV
1
2
3
4
EXB-38V472J
EXB-38V
472JV
1
2
3
4
8
7
6
5
2
4
6
8
10
SPI_C
SPI
_CON
ON10A
10A
1
3
5
7
9
J2
PB11_I2C
PB11_I
2C2_S
2_SDA
DA_D
_DB
PB13_S
PB
13_SPI
PI2_S
2_SCK
CK_D
_DB
PB12_S
PB
12_SPI
PI2_N
2_NSS_
SS_DB
DB
PB1_T
PB
1_TIM
IM3_C
3_CH4_D
4_DB
PB10_I2C
PB10_I
2C2_S
2_SCL_D
L_DB
PB14_S
PB
14_SPI
PI2_M
2_MIS
ISO_
O_DB
DB
PB15_S
PB
15_SPI
PI2_M
2_MOS
OSI_
I_DB
DB
PB0_T
PB
0_TIM
IM3_C
3_CH3_D
3_DB
PB11_I2C
PB11_I
2C2_S
2_SDA
DA_D
_DB
V_CO
V_
CON
PB13_
PB
13_SPI
SPI2_S
2_SCK
CK_D
_DB
PB12_
PB
12_SPI
SPI2_N
2_NSS_
SS_DB
DB
PB1_T
PB
1_TIM
IM3_C
3_CH4_D
4_DB
100nF
100n
C3
PB14_S
PB
14_SPI
PI2_M
2_MIS
ISO_
O_DB
DB1
GND
ND
2
PB15_S
PB
15_SPI
PI2_M
2_MOS
OSI_
I_DB
DB
3
RN5
RN
EXB-38V472J
EXB-38V
472JV
4
3
2
1
C1
C17
0.1u
0.1uF
6
5
4
6
5
4
1
2
3
4
I/OVL2
I/OVL
OE
I/OVL
I/O
VL3
I/OVL
I/O
VL4
U10
U1
ST
ST2349
2349
PB13_SPI
PB13_S
PI2_S
2_SCK
CK_D
_DB
GND
ND
PB12_S
PB
12_SPI
PI2_N
2_NSS
SS_D
_DB
PB13_S
PB
13_SPI
PI2_S
2_SCK
CK
3V3
3V
PB15_S
PB
15_SPI
PI2_M
2_MOS
OSI
PB12_S
PB
12_SPI
PI2_N
2_NSS
SS
PB14_S
PB
14_SPI
PI2_M
2_MIS
ISO
3V3
3V
ESDALC6
ESDAL
C6V1
V1M6
M6
1
2
3
U8
5
6
7
8
4
3
2
1
5
6
7
8
4
3
2
1
5
6
7
8
V_CO
V_
CON
C8
1uF
1u
PB10_I
PB
10_I2C
2C2_S
2_SCl
Cl_D
_DB
C7
0.1u
0.
1uF
I/OVC
I/O
VCC2
C2
GND
ND
I/OVC
I/O
VCC3
C3
I/OVC
I/O
VCC4
C4
ESDALC6
ESDAL
C6V1
V1M6
M6
1
2
3
U4
3V3
3V
V_CON
V_CO
3V3
3V
V_CON
V_CO
16
15
14
13
I/OVL1
I/OVL
VL
VCC
VC
I/OVCC1
NC
VL
VCC
VC
NC
5
6
7
8
Doc ID 15574 Rev 2
3V3
3V
V_CON
V_CO
I/OVCC2
I/OVCC2
GND
ND
I/OVCC3
I/OV
CC3
I/OVCC4
I/OV
CC4
12
11
10
9
C1
C18
0.1uF
0.1u
V_CO
V_
CON
PB15_S
PB
15_SPI
PI2_M
2_MOS
OSI_
I_DB
DB
PB12_SPI
PB12_S
PI2_N
2_NSS_
SS_DB
DB
PB13_S
PB
13_SPI
PI2_S
2_SCK
CK_D
_DB
PB14_S
PB
14_SPI
PI2_M
2_MIS
ISO_
O_DB
DB
C1
C19
1u
1uF
4
3
2
1
5
6
7
8
RN
RN6
EXB-38V472J
EXB-38V
472JV
Figure 2.
3V3
3V
STEVAL-PCC009V1
Circuit schematics
Synchronous COM interface
3/7
4/7
Doc ID 15574 Rev 2
J7
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
GEN
ENER
ERIC
IC_30P
_30PIN
IN
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
GEN
ENER
ERIC
IC_30P
_30PIN
IN
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
PD
PD9
PD11
PD
11
PD13
PD
13
PD15
PD
15
V_CO
V_
CON
PC7
PC
PC9
PC
PA8
PA
PA10
PA
10
PC11
PC
11
PC13_T
PC
13_TAM
AMPE
PER
PD1
PD
PD3
PD
PD5
PD
PD7
PD
GND
ND
PB7_I2C
PB7_I
2C1_S
1_SDA
DA
GND
ND
PB9_T
PB
9_TIM
IM4_C
4_CH4
H4
GND
ND
PA3_T
PA
3_TIM
IM2_C
2_CH4_U
4_USART
SART2_R
2_RX
V_CO
V_
CON
PA0_W
PA
0_WKU
KUP_
P_US
USART
ART2_C
2_CTS
TS
PE0
PE
PE2
PE
PE4
PE
PE9
PE
PE11
PE
11
PE13
PE
13
PE15
PE
15
C26
C2
100nF
100n
C1
C16
100nF
100n
PA0_W
PA
0_WKU
KUP_
P_USART
SART2_C
2_CTS
TS
GND
ND
PE1
PE
PA2_T
PA
2_TIM
IM2_C
2_CH3_U
3_USART
SART2_T
2_TX 1
GND
ND
2
PA4_U
PA
4_USART
SART2_C
2_CK
3
1
2
3
6
5
4
1
6
2
5
3
4
ESDALC6
ESDAL
C6V1
V1M6
M6
U7
1
6
2
5
3
4
ESDALC6
ESDAL
C6V1
V1M6
M6
U6
6
5
4
PA1_TIM
PA1_T
IM2_C
2_CH2_U
2_USART
SART2_R
2_RTS
TS
GND
ND
PE2
PE
PA3_TIM
PA3_T
IM2_C
2_CH4_U
4_USART
SART2_R
2_RX
GND
ND
PE0
Figure 3.
PD
PD8
PD10
PD
10
PD12
PD
12
PD14
PD
14
GND
ND
PC6
PC
PC8
PC
GND
ND
PA9
PA
PC10
PC
10
PC12
PC
12
PD0
PD
PD2
PD
PD4
PD
PD6
PD
PB6_I2C
PB6_I
2C1_S
1_SCL
CL
PB5_I
PB
5_I2C
2C1_S
1_SMB
MBAI
AI
PB8_T
PB
8_TIM
IM4_C
4_CH3
H3
GND
ND
PA2_T
PA
2_TIM
IM2_
2_CH
CH3_U
3_USART
SART2_T
2_TX
GND
ND
PA4_U
PA
4_USART
SART2_C
2_CK
PA1_T
PA
1_TIM
IM2_
2_CH
CH2_U
2_USART
SART2_R
2_RTS
TS
PE1
PE3
PE8
PE10
PE1
PE12
PE1
PE14
PE1
J4
Circuit schematics
STEVAL-PCC009V1
Extension board interface
CON9
CO
N9
J5
1
2
3
4
5
6
7
8
9
3V3
3V
R19
R1
1M
5V0
5V
J3
1
3
5
7
9
11
13
15
17
19
C2
C28
4.
4.7u
7uF
6
5
4
R1
R16
10k
D1
POWE
PO
WER
6
5
4
R2
R25
500
USBD
SBDM
3V3
3V
USBD
SBDP
R1
R17
10
10k
PB4_NTR
PB4_N
TRST
ST
PA15_T
PA
15_TDI
DI
PA13_T
PA
13_TMS
MS
PA14_T
PA
14_TCK
CK
R15
R1
10k
USBL
US
BLC6
C6-2
-2P6
P6
1
2
3
U9
3V3
3V
1
2
3
JTAG
JT
AG_20P
_20PIN
IN
C23
C2
4.
4.7n
7nF
2
4
6
8
10
12
14
16
18
20
3V3
3V
R1
R14
10k
C2
C20
4.7nF
4.7n
R26
R2
1k5
1k
PB3_T
PB
3_TDO
DO
RESET#
ESET#
R1
R18
1k5
1k
3V3
3V
8
7
6
5
1
2
3
4
5V0
5V
GND
ND
3V
3V3
R2
R27
1k5
1k
C22
C2
100nF
100n
3V
3V3
PE7
PE
1
2
3
4
NC
VOUT
VOUT
VOUT
VO
UT
NC
LD1117D
1117D33T
33TR
LD
GND
ND
VOUT
VO
UT
VOUT
VO
UT
VIN
VI
U11
U1
RN7
RN
RESAR
RESAR_I
_IS_4/
_4/SM
SM_10K
_10K
Q2
2STR
2S
TR1215
1215
PB4_N
PB
4_NTR
TRST
ST
PA15_TD
PA
15_TDI
PA13_TM
PA
13_TMS
PA14_TCK
PA14_TC
8
7
6
5
3V3
3V
3V3
3V
3V
3V3
V_CO
V_
CON
5V0
5V
Power supply
C2
C21
10u
10uF
1
2
3
GND
ND
CON3
CO
N3
J6
JTAG interface
C24
C2
4.
4.7u
7uF
MICRO
MI
CROSD
SD_C
_CD
3V3
3V
R2
R22
500
C25
C2
100nF
100n
PC0_A
PC
0_ADC
DC12_I
12_IN1
N10
AGND
AG
ND
PC1_A
PC
1_ADC
DC12_I
12_IN1
N11
AGND
AGND
PE5
VDDA
DDA
1
2
3
2
4
6
8
10
R20
R2
100k
9
10
6
5
4
ESDALC
ESDA
LC6V
6V1M
1M6
1
2
3
U3
ANAL
AN
ALOG
OG_C
_CON
ONN
J1
6
5
4
COM
CO
CD
J8
8
1
2
3
5
7
R23
R2
R24
R2
100k
100k
1
2
PE5
PE
PE6
PE
3
3
ESDALC6
ESDAL
C6V1
V1M3
M3
2
1
U1
AGND
AG
ND
MicroSD card
Analog interface
MICRO
MI
CROSD
SD_C
_CS
PA7_SPI
PA7_S
PI1_M
1_MOS
OSI
PA5_S
PA
5_SPI
PI1_S
1_SCK
CK
PA6_S
PA
6_SPI
PI1_M
1_MIS
ISO
R21
R2
(DNM
NM)
(D
MMC_C
MMC
_CON
ON
RS
RSV
RSV
RS
CS
DATA
DA
TA_I
_IN
SCLK
SC
LK
DATA
DA
TA_O
_OUT
UT
PC3_A
PC
3_ADC
DC12_I
12_IN1
N13
AGND
AG
ND
PC2_A
PC
2_ADC
DC12_I
12_IN1
N12
PC0_ADC
PC0_A
DC12_I
12_IN1
N10
PC1_A
PC
1_ADC
DC12_I
12_IN1
N11
PC2_A
PC
2_ADC
DC12_I
12_IN1
N12
PE6
PE
PC3_A
PC
3_ADC
DC12_I
12_IN1
N13
4
VDD
VD
1
3
5
7
9
VSS
12
VSS
11
VSS2
Doc ID 15574 Rev 2
6
Figure 4.
AGND
AG
ND
STEVAL-PCC009V1
Circuit schematics
JTAG interface, analog interface, microSD card and power supply
5/7
Revision history
2
STEVAL-PCC009V1
Revision history
Table 1.
6/7
Document revision history
Date
Revision
Changes
10-Apr-2009
1
Initial release.
04-May-2010
2
Updated picture on cover page.
Doc ID 15574 Rev 2
STEVAL-PCC009V1
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