ST CCM001V2 User Manual

STEVAL-CCM001V2

Graphic panel demonstration board based on the STM32

Features

■Microcontroller: STM32-HD (64 KB RAM)

■320 x 240 resolution parallel TFT screen using FSMC peripheral for faster display

■Bluetooth module footprint

■Touchscreen for user interface

■ZigBee® for picture transfer

■STM32-based RTC available to display date/time and calendar

■MEMS device to rotate the image based on TFT position

■MicroSD card interfaced through SDIO

■USB Mini-B connector

■PC connectivity

■User-programmable time interval for photo display

■Senses temperature and displays data on TFT

■On-board power supply for DPF

■Rechargeable battery circuit available

■On-board JTAG connector for firmware upgrade and modifications

■Additional ESD protection device for USB and SD card

■RoHS compliant

Description

The STM32-based STEVAL-CCM001V2 graphic panel demonstration board displays images one- by-one in a slideshow fashion. The heart of this board is the STM32 microcontroller, which is capable of reading a memory card containing photographs, and display them on a TFT screen. The memory used to store the images is a microSD card. A 3-axis MEMS accelerometer is used for picture orientation.

With the growing popularity of digital cameras and cellular phones with high-pixel photo capability, it

Data brief

STEVAL-CCM001V2

is becoming more common for people to store digital photos in storage media rather than producing prints. Digital photo frames are an ideal solution to preview digital images. Bundling image display solutions with the STM32 shows the capability of this microcontroller in the world of multimedia. Additional features of the board include display of room temperature, date and time, a touchscreen-based keypad as user interface, USB mass storage, ZigBee® and a rechargeable battery system.

The application can be used either as a standalone solution, or combined with other applications such as POS, card readers, security panels, USB speakers or high-end remote controls.

March 2010	Doc ID 17002 Rev 1	1/7
For further information contact your local STMicroelectronics sales office.		www.st.com

Schematic diagrams	STEVAL-CCM001V2

1 Schematic diagrams

Figure 1. Microcontroller section

5	N	5	N
%227		%227

Q567	9
	5	N

Q567

&

Q)

		9
	& Q)		5	0
				6:	6:B3%B6367
	*1'
		Q567	9
				670 627
8	966	567	9&&

3$ B-7$*B-.7&
3$ B-7$*B-7',
3& B06'B6',2B'
3& B06'B6',2B'
.3& B06'B6',2B&
3' B/&'B'%
3' B/&'B'%
3' B06'B6',2B&0'
3' B0(0B,17
3' B/&'BQ5'
3' B/&'BQ:5
3' B/('
3' B/('
3% B-7$*B-7'2
3% B-7$*B-17567
3% B&+5*B67'%<
3% B&+5*B567
3% B, & B6&/	%227
3% B, & B6'$
3( B0(06B,17
B287 .3( B%7B&/
	*1'
	9
		8

3' B/('	3' B/('
5	5
' /('		' /('
9	9

3$ B-7$*B-706

3$ B86%B'3

3$ B86%B'0

3$ B%7B5(6(7

3$ B06'B&'

3$ B(2&+*

3& B06'B6',2B'

3& B06'B6',2B'

3& B=%BQ:$.(

3& B=%BQ+267B,17

3' B/&'B'%

3' B/&'B'%

3' B3:0B .+]

3' B&+5*B3:'7 3' B76B,17 3' B/&'B'%

3' B/&'B'% 3' B/&'B'%

3% B=%B026,

3% B=%B0,62

3% B=%B6&.

3% B=%BQ66

9 *1'

3$

9''B 966B 1&

3$

3$ 3$ 3$

3$

3$

3&

3&

3&

3&

3'

3'

3'

3' 3' 3'

3' 3'

3%

3%

3%

3%

9''B

9

3$

966B

*1'

3&

3%

3% B76B67B6'$

3&

3%

3% B76B67B6&/

3&

3(

3( B/&'B'%

3'

3(

3( B/&'B'%

3'

3(

3( B/&'B'%

3'

670 ) 9(7

3(

3( B/&'B'%

3'

3(

3( B/&'B'%

3'

3(

3( B/&'B'%

3'

3(

3( B/&'B'%

3'

3(

3( B/&'B'%

3'

3(

3( B/&'B'%

3%

3% %227

%227

3%

3%

3% B76B5(6(7

3%

3%

3% B67B,17

3%

3&

3& B=%BQ5(6(7

3&

83.3& B%7B+267:

3%

3$

3$ B0(06B026,

%227

3$

3$ B0(06B0,62

3%

3$

.3$ B0(06B6&

3%

3$

83.3$ B%7B:

3& 7$03(5 57&

3(

3( 3(

3(

3(

3(

9%$7

3& 26& B,1

3& 26& B287

966B

9''B

26&B,1

26&B287

1567

3&

3& 3&

3& 966$ 95()

95()

9''$

3$ :.83

3$

3$

9''

9

3(

966B

*1'

966B

3$

3$ B%7B7;

9''B

3( B%7B&/.B,1

3( B86%B'3B38

3( B%7B&/.B,1

3( B0(06B&6

3( B%7B&/.B287

3& B26& B,1 3& B26& B287 *1' 9

26&B,1

26&B287

Q567

3& B/&'B%/B&175/

& Q) *1'

9''$

3$ B%7B576

3$ B%7B&76

3$ B%7B5;

&

Q)

9%$7

3& B/&'BQ567 3& B/&'BQ&6

3& B/&'B56

9

9%$7

5

%7 %$77(5<

/

X+

&

X)

*1'

-

&21

9''$

9

9

&

Q)

3& B26& B,1

< .+]

3& B26& B287

26&B,1

5

0

26&B287

9

*1'

& & & &

Q) Q) Q) Q)

9

*1'

&

S)

&

S)

& S)

<

0+]

& S)

9

!-V

2/7	Doc ID 17002 Rev 1

2 Figure

CCM001V2-STEVAL

9

9

9

.

-

3% B-7$*B-17567

9

37,B'$7$

37,B(1

&

5 5 5 5 5

3% B-7$*B-17567

3$B-7$*B-7&.

3$B-7$*B-7&.

3& B=%BQ5(6(7

63=B567%

6,)B/2$'%

&

Q)

N N N N N

connector) board

JTAG, microSD, (TFT, Connectors

3% B-7$*B-7'2

3% B-7$*B-7'2

5

5

5

5

6,)B&/.

*1'

X)

5

Q567

Q567

6,)B026,

63=B6'%*

N

3$B-7$*B-706

3$B-7$*B-706

N

N

N

N

6,)B0,62

9

-

X6'B&211

3$B-7$*B-7',

3$B-7$*B-7',

&21$3

&

9''

5

06'B6',2B&0'

3$B06'B&'

&'

&0' '$7$B,1

9

6&/.

06'B6',2B&.

Q)

-

5

'$7 '$7$B287

06'B6',2B'

9

'

06'B6',2B'

/('

'$7 569

06'B6',2B'

3% B-7$*B-17567

5

&20

'$7 569

06'B6',2B'

N

8

'$7 &6

3$B-7$*B-7',

3& B=%BQ5(6(7

567%

6'%*

6'%*

5

966

966

966

3$B-7$*B-706

3& B=%BQ+267B,17

+267B,17

$&7,9,7<

Q567

3% B=%BQ66

63,B66(/

:$.(

37,B'$7$

3& B=%BQ:$.(

3% B=%B026,

63,B026,

37,B'$7$

3$B-7$*B-7&.

6'%*

3% B=%B0,62

63,B0,62

37,B(1

37,B(1

3% B=%B6&.

63,B&/.

6,)B/2$'%

6,)B/2$'%

57&.

*1'

*1'

6,)B026,

6,)B026,

9

9''

6,)B0,62

6,)B0,62

8 (0,) 06' 1

3% B-7$*B-7'2

5

6,)B&/.

6,)B&/.

3$B06'B&'

:3 &'

5'$7$B9&&

9

Q567

5

%/.

*1'

5'$7 B*1'

9&&

06'B6',2B'

1 Rev 17002 ID Doc

3& B06'B6',2B'

'$7 B,1

'$7 B(;

'%*54

5

N

63=B6'%*

&

63=%

3& B06'B6',2B'

'$7 B,1

'$7 B(;

06'B6',2B'

3' B06'B6',2B&0'

&0'B,1

&0'B(;

06'B6',2B&0'

N

Q)

3& B06'B6',2B&.

&/.B,1

&/.B(;

06'B6',2B&.

'%*$&.

5

5

3& B06'B6',2B'

'$7 B,1

*1'

'$7 B(;

06'B6',2B'

N

3& B06'B6',2B'

'$7 B,1

'$7 B(;

06'B6',2B'

-7$*B&211

-7$* &211(&725

=,*%(( 02'8/( &211(&725

0,&52 6' &211(&725

9

Q567

5

%7B7%'

-

9

9

%7B7%'

3$B%7B5(6(7

5

%7B7%'

-

5

5

5

%7B30&B% %7B30&B$ %7B30&B&/.

%7B30&B6<1& %7B7%' %7B7%' %7B7%' %7B7%' %7B7%'

%7B7%'

3& B/&'BQ&6

N

N

N

%7B7%'

3& B/&'B56

%7B30&B6<1&

3' B/&'BQ:5

5

5

%7B/3B&.

%7B30&B&/.

3' B/&'BQ5'

8

'10

N

&21),*

%7B30&B$

3& B/&'BQ567

3% B76B67B6'$

6'$

9''

9

9

%7B 0B&.

%7B30&B%

3' B/&'B'%

%7B 9

3' B/&'B'%

3% B76B67B6&/

6&/

$

&

&21),*

&21),*

&21

3' B/&'B'%

temp

8

3' B/&'B'%

3' B76B,17

26 ,17

$

Q)

3( B/&'B'%

5

5

0B&.

&21),*

/3B&. 1&

5(6(7

30&B% 30&B$

30&B&/. 30&B6<1& 7%'

7%'

7%'

7%'

7%'

3( B/&'B'%

*1'

$

3( B/&'B'%

67/0 0 (

N

-

3( B/&'B'%

&21),*

&21),*

%7B/3B&.

3( B/&'B'%

3$B%7B5;

8$57B5;'

3( B/&'B'%

3$B%7B7;

8$57B7;'

63%7 &$

%7B 0B&.

3( B/&'B'%

sensor,

3$B%7B&76

8$57B&76

%7B*3,2B

3( B/&'B'%

3$B%7B576

3( B/&'B'%

8$57B576

+267 :.83 26&B(1

%7B:$.(83

&21

7(03(5$785( 6(1625

&/.B287

&/.B,1 &/.B287

5

3' B/&'B'%

&/.B,1

3& B/&'B%/B&175/

3' B/&'B'%

*3,2B

3' B/&'B'%

*1'

9

*1'

9&&

9&&

*1'

5

*1'

5

5

5

9

9

3( B%7B&/.B287

9

N

-

9

*1'

26&B(1

3$B%7B5;

*1'

touch bluetooth, ZigBee,

%7B 9

3$B%7B7;

9

9

5

3( B%7B&/.B287

3( B%7B&/.B,1

3( B%7B&/.B,1 3( B%7B&/.B287

3& B%7B+267:.83 26&B(1

%7B:$.(83

%7B*3,2B

&21

-

3$B%7B:.83

%7B:$.(83

9

&21

9

%7B*1'

*1'

*1'

*1'

5

%7B*1'

diagrams Schematic

&21$

%/8(7227+ 02'8/(

7)7 &211(&7256

-

3% B76B67B6'$

3% B76B67B6&/

3% B67B,17

3% B76B5(6(7

9

9

&21$

728&+ &211(&725

3/7

V-!