ST IHP003V1 User Manual

Remote-controlled PLM network module

based on the ST7540 and STM32F103C8

Features

■ PLM communication compliant with

EN50065-1 (band C)

■ FSK modulation with low frequency deviation

■ Centre frequency 132.5 kHz ± 0.2%

■ Bitrate: 2400 bits/s

■ Microcontroller for interfacing PLM with STB

■ Robust protocol implementation pursuant to

KNX protocol stack (EN50090)

■ Plug and play network formation

■ Logical network creation

■ Master-slave and peer-to-peer network

configuration

■ Node self-discovery to enable devices (nodes)

to discover other devices and/or to be
discovered by other devices

■ Node admission: automatic, using ID number

stored in each device

■ Network address management: selection,

announcements and conflict resolution

■ Operating temperature range: 0 °C -50 °C

■ RoHS compliant

Description

The STEVAL-IHP003V1 module is a PLM (power
line modem)-based demonstration application
intended as an evaluation platform for the ST7540
FSK power line transceiver and the
STM32F103C8 ARM-based 32-bit
microcontroller.

STEVAL-IHP003V1

Data brief

STEVAL-IHP003V1

the AC power line, by impressing a 132.5 kHz
carrier signal on the AC wiring system with
frequency shift keying modulation.

The module provides two ports, one dedicated to
the power line connection and the other to a
server connection.

On the top of the module housing, there is a two­color LED to indicate the operating status of the
module.

In addition to the ST7540 power line transceiver
and STM32F103C8 microcontroller, the module
features an ST3232C for RS-232 interfacing and
a SPAC265-3W AC-DC switched-mode power
supply.

The module is dedicated to pay television
management, SmartPlug applications, home
appliance networks and various types of remote­controlled power distribution.

For example, it can be used in hotels to act as an
interface between a set-top box in hotel rooms,
and a service server located at the hotel
reception. Communication is achieved through

April 2010 Doc ID 17440 Rev 1 1/4

For further information contact your local STMicroelectronics sales office.

www.st.com

4

Schematic diagram STEVAL-IHP003V1

1 Schematic diagram

Figure 1. STEVAL-IHP003V1 circuit schematic

80TP80
P

R310R

R310R

T1OUT

C1-3C

TP69TP69

43TP43
P
T

00NF

00NF
1

1

F

F
µ

µ
0

0
1

1

NF

NF
0

0
0

0
1

1

F

F
µ

µ
0

0
1

1

NF

NF
0

0

F

F
µ

µ
0

0
1

1

384

A
_
N

R1_I

13

V

+3.3

R30

R30

V

3.3
+

R1IN

C2+4V-

0

0
7

7
P

P
T

T

TP40TP40

T

M.

M.

2

7

1

6

.

.

R35

R35

N

N

R34

N.M.

R34

N.M.

R33N.M.

R33N.M.

R36N.M.

R36N.M.

R31A 0R

R31A 0R

36A N.M.

36A N.M.

R

R

S

S

X

X

T

RT

R

CT

2

9

11

1

10

T

T
OU

T2IN

T1IN

2OU

1

R

R

N

I

2-

2

T2OUT

R

5

8

7

6

3

3

4TP74

7

7

7

P

P
T

T

TP

S

100NF

100NF

C22

C22

00NF

00NF

C271

C271

TP71TP71

TP72TP72

C20

C20

100NF

100NF

37
38
39

40
41
42
43
44
45
46
47
48

TP54TP54

K

K
1

1

F

F
N

N
C18

C18

0

0

10

10

F
5

5
2

2
C

100NFC

100N

38

38

C

C

1µF

1µF

EN
RE

G

3

1

D
RE

ED

ED
L

L

D6

D6

BI-

BI-

S

T

RT

C

TX

RX

TMS

4

3

35

36

_2

S

A13

PA1132PA1233PA1031P

S

V

VDD_2

PA14

PA15
PB3
PB4
PB5
PB6
PB7

BOOT0

PB8

-RTC

N

PB9

R

VSS_3

32_I

VDD_3

SC

TAMPE

O

13-

14­C

PC

P

VBAT

PD0OSC_IN5PD1OSC_OUT6PC15-OSC_OUT4VSSA8VDDA9NRST

2

3

1

P45TP45
T

2

4

TP44TP4

53
TP53TP

2

TP52TP5

1

TP51TP5

0

0
5

5
P

P
T

T

5

8

26

2

29

30

2

8

3V

15

+3.

B13

B12

B

PA

PA9

P

PB1427P

P

VDD_1
VSS_1
PB11
PB10
PB2
PB1
PB0
PA7

U4

STM32F103C8T6U4STM32F103C8T6

PA6
PA5
PA4
PA3

A1

A2

PA0-WKUP

P

P

7

2

10

11

1

C26

C26

100NF

100NF

6

6
4

4
P

P
T

T

C33

22PF

C33

22PF

.

R32N.M.R32N.M

Y2

8MHzY28MHz

22PF

22PF

C32

C32

R28

N.M.

R28

N.M.

0K

0K
1

1

R23

R23

R37

R37

10K

10K

8

8

2

2
C

100NF

C

100NF

24
23
22

4

4

21

2

2

TP49TP49

10K

10K

R

R

20
19
18
17
16
15
14
13

TXD

RXD

CD/PDBUCLR/T

RX/TX

REG_DATA

TP47TP47

CLK_IN

AM07238v1

TP77TP77

J2

DB9-M ALEJ2DB9-M ALE

9

5

TP78TP78

TP79TP79

RAM
G
O

TP66TP66

PR
N

TP65TP65

.

_8

_8
N

N

.M

O

O

J3

J3

N

C

C

1

2345678

TP64TP64

TP63TP63

TP62TP62

TP61TP61

TP60TP60

TP59TP59

+3.3V

8

8

1

1
R

R

10K

10K

7

7
1

1
R

R

10K

10K

R16

R16

10K

10K

5

5
1

1
R

10K

R

10K

4

4

K

K
1

1

0

0

1

1

R

R

ST
R

CK
T
/

TMS

TDI

T

.

R27

N.M.R27

N.M

+3.3V

2µF

2µF
2

6

TP36TP3

TP35TP35

TP82TP82

10

10

2K 1%

2K 1%

8

8

R

t o F1

t o L3

769

10

1

1
0

0

69H14-21

69H14-21

T1Altern.

T1Altern.

1

5

27TP27
P
T

t o R4

1K1R51K1

6V

6V
F1

F1

C3

47µ

C3

47µ

+12V

C2

470µF16VC2470µF16V

TP8TP8

L2

L2

TP6TP6

3

PS1

SPAC265FC12A030

PS1

SPAC265FC12A030

2

2
P2TP
T

F1T-1A

F1T-1A

TP1TP1

1

TP7TP7

H

H
0µ

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C1470µF16V

4

t

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C39

C39

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33NFX2

33NFX2

H

L1

1mHL1

1m

0

0
0

0

3

3

K

K

4

7

7

P4TP

RV1

RV1

S0

S0

T

2

2
FX

FX
N

N

8

8

C4

6

C4

6

2

N2

N2
N

N

J1

CO

J1

CO

R5

4TP14
1

TP

TP13TP13

C6

10NFC610NF

5V_VDC

C5

2

TP12TP1

TP11TP11

0

0
P1

P1
T

T

9
TP9TP

6.8NFC56.8NF

µH

µH
0

0
2

2
2

2

L4

L4

R4

750RR4750R

1

4

T1

5

8

­6

7-

22µHL322µH

T60403-K5024-X044T1T60403-K5024-X044

L3

D2

D2

M6T15CA

M6T15CA

S

S

R

5V_VDC

TP28TP28

TP29TP29

K

F

R8

68KR8

68

C7

10NFC7

10N

K

K
5

5

R31

R31

z

z

C12

C12

33PF

33PF

MH

MH

Y1

Y1

16

16

TP26TP26

5V_VDC

25

26

27

X_IN

TP25TP25

VDC

R

TEST228TEST1

7TP17
1

TP

7540

7540

5

TP15TP1

6

6
1

1
P

P
T

T

P18TP18
T

D4

BAT54SD4BAT54S

D

T

T

U1

S

U1

S

REG_DATA2Rx

CD_PD

GND3CL

4

1

D

D

/PD

TX

RX

RX/TX

CD

REG_DATA

C8

10µFC810µF

+12V

S

D3

BAT54SD3

BAT54

2

C37

C37

5

5

%

L5

4.7µHL54.7µH

3

T1S03PU

T1S03PU

U2

S

U2

S

4

L6

10µHL610µH

+12V

TP34TP34

0R

R20RR2

3

3

PF

PF
1

1

3

3

3

3

C

C

TP30TP30

7

0

4

18

19

2

22

1

2

23

L

X121X2

C

_IN+

SVss

A

Vsense

P

TX_OUT

/T
R

RSTO11WD

TxD

MCLK

VDD9BU/THERM7RxTx

6

2

5

8

10

1

BU

CLR/T

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+3.

%

TPS2L2

TPS2L2

±1

±1

D5

S

D5

S

6

6

0K

0K
2

2
R

R

15

15

6

1

SW

VFB

A
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2

5

F

F
µ

µ
7

7

.

.
4

4

C36

C36

.M.

.M.

11

11

N

N

R

R

9 1%

9 1%

9

9

K4

K4
2

2

R

R

R7

4K7R74K7

R6

13KR613K

1
P31TP3

T

2V
1
+

6

15

1

Vcc

Vss

PA_OUT
EP

UART/SPI

PA_IN-

3

1

14

_IN
K

CL

TP37TP37

±1%

±1%

N.C.

5

5

K

K
2

2
R

R

47

47

GND

C35

C35

270PF

270PF

TP33TP33

32TP32
P
T

0PF

0PF
0

0
1

1

C30

C30

9

9

100PF

100PF

C2

C2

3

3

1

1
R

R

1K

1K

F

F
P

P
5

5

8

8

1

1

2

2

C34

C34

1

1

K

K

R

1

R

1

1

1

3

3

C

22PF

C

22PF

4

TP24TP2

TP19TP19

TP20TP20
1TP21

2
TP

TP22TP22

TP23TP23

2K7

2K7

R43

R43

+12V

TP76TP76

TP75TP75

3V

3.

+

2

2

K

K
10

10

R2

R2

TDO/RSTIN

N
I

8

/RST

TP58TP5

R21

R21

TP57TP57

20

20
R

R

10K

10K

54S

54S
T

T

D7

D7

A

A
B

B

3.3V
+

A
_

OUT

24

24
C

C

100NF

100NF

T1_

5

14

1

16

VCC

GND

V+

C1+

U3

ST3232CDRU3ST3232CDR

2

1

3

3

C2

C2

00NF

00NF
1

1

21

21
C

C

100NF

100NF

8

8

6

6
P

P

TP67TP67

T

T

T

S

K

RAM

F

F

C

G

N

N

TDI

/TR

TDO

T

9

9
1

1
C

C

100

100

NPRO

10K

10K

TP56TP56

Q1BC857B

Q1BC857B

TP55TP55

9

9

K

K

2

2

19

19

0

0

R

R

R

R

1K

1K

1

1

TP41TP41

TP42TP42

BC857BQ3BC857B

Q3

R

R40

82RR40

3.3V

+

1
P81TP8

T

82

2R

2R

8

8

R39

R39

Q2

BC857BQ2BC857B

9

9

3

3

P

P
T

T

TP38TP38

7

7
1

1
C

C

+3.3VDD

11

11
C

C

6

6
C1

C1

C
D
V
_
5V

0

0
C1

C1

C1510

C1510

12V
+

9

9
C

C

R3810K

R3810K

.
M

SW1

2POLES

SW1

2POLES

N.

3

4
2

1

2

2
4

4
R

R

N.M.

N.M.

1

1
4

4
R

N.M.

R

N.M.

TP48TP48

2/4 Doc ID 17440 Rev 1