steval-ipp003v1: st7580 communication module · user manual steval-ipp003v1: st7580 communication...

June 2014 DocID025598 Rev 1 1/27

UM1701User manual

STEVAL-IPP003V1: ST7580 communication module

IntroductionThis evaluation board is a tool to evaluate power line communication via a xPSK ST7580 modem and a STM32F general purpose microcontroller which is able to host communication protocol and application software layers.

The board is insulated from the high voltage mains by a coupling transformer. The board also includes the following interfaces:

• USB interface

• Dual DC power supply

• Digital interface

• DC or AC insulated bus interface.

The board form factor and interfaces are compatible with the STEVAL-IPP004V1 evaluation board. It can be powered by the EVLALTAIR900-M1 double output SMPS evaluation board based on the ALTAIR04-900 primary controller.

The Figure 1 shows the module block diagram.

Figure 1. ST7580 module block diagram

www.st.com

http://www.st.com

Contents UM1701

2/27 DocID025598 Rev 1

Contents

1 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.1 Recommended reading . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.2 Safety precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.3 Getting technical support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.4 Package list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

2 ST7580 module board components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

2.1 Microcontroller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

2.2 Debug . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

2.3 Reset . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

2.4 Power supply . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

2.5 Power line modem . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

2.6 Status LEDs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

2.7 Jumpers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

2.7.1 Jumper placement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

2.7.2 Jumper position . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

2.7.3 Jumper description and default value . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

2.8 Pushbutton description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

2.9 Connectors description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

2.9.1 Power supply connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

2.9.2 Communication bus connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

2.9.3 Digital interface connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

3 ST7580 module operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

4 Schematics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

5 Bill of material . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

6 Revision history . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

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UM1701 Overview

27

1 Overview

1.1 Recommended readingThis document describes all the parts of the evaluation board. Additional information can be found in the following documents:

• ST device datasheets referenced in this document

• Third party device datasheets

1.2 Safety precautionsThe board can be connected to a high voltage AC bus as it offers galvanic insulation to the digital section. This board is strictly intended for use by expert technicians. Due to the high voltage (220 Vac) involved, special care must be taken with regard to personal safety.

There is no protection against accidental human contact with high voltages.

After disconnection of the board from the mains, the live parts must not be touched immediately due to the energized capacitors.

It is mandatory to use a mains insulation transformer to perform any tests on the board in which test instruments such as spectrum analyzers or oscilloscopes are used.

Do not connect any oscilloscope probes to high voltage sections in order to avoid damaging instruments and demonstration tools.

Warning: ST assumes no responsibility for any consequences which may result from the improper use of this tool

1.3 Getting technical supportTechnical assistance is provided free to all customers. For technical assistance, documentation, upgrades and information about products and services, please refer to your local ST distributor/office.

Overview UM1701

4/27 DocID025598 Rev 1

1.4 Package listThe STEVAL-IPP003V1 board package includes the following items:

• The STEVAL-IPP003V1 evaluation board (Figure 2)

• A CD-ROM with software and documentation

Figure 2. STEVAL-IPP003V1 evaluation board

DocID025598 Rev 1 5/27

UM1701 ST7580 module board components

27

2 ST7580 module board components

The board includes a USB interface, a power management unit only enabled for single voltage (12 V) power supply, a microcontroller, an xPSK modem and an insulation section for high voltage coupling.

2.1 MicrocontrollerThe system is managed by the STM32F103 microcontroller. It is based on the 32-bit ARM Cortex-M3 core with 72 MHz maximum frequency, 768 KB Flash and 96 KB SRAM embedded memories; for further details, please refer to the STM32F103 XL-density performance line family datasheets.

2.2 DebugSoftware debug is via a 10-pin JTAG connection; it is possible to use a 10-pin to 20-pin adapter to use standard 20-pin JTAG tools.

Figure 3. STEVAL-IPP003V1 evaluation board

Table 1 shows the pin out of the JTAG connector.

ST7580 module board components UM1701

6/27 DocID025598 Rev 1

2.3 ResetThe reset sources are:

• Power on reset

• JTAG reset from an in-circuit emulator

• The RESET button (SW5).

2.4 Power supplyThe board is powered by two DC voltages (12 V and 3.3 V); the EVLALTAIR900-M1 evaluation board is suitable as the power supply for the necessary voltages. The ST7580 module also includes a linear voltage regulator based on the LK112SM33TR device to optionally supply a single 12 V.

Figure 4. Power supply section

Table 1. JTAG pin out

Pin number Function

1 3.3V

2 TMS

3 GND

4 TCK

5 GND

6 TDO

7 N.C.

8 TDI

9 GND

10 nRESET

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27

2.5 Power line modemThe power line communication is based on the ST7580 narrow-band xPSK modem. It supports coded and non-coded B-PSK, Q-SPK and 8-PSK modulation schemes in order to configure the communication for the best trade-off between data throughput and communication robustness in relation to the condition of the physical layer of the network. The modem supports dual channel operation, allowing automatic message reception on one of the two configured channels. The carrier frequency of the channels can be programmed within the CENELEC frequency bands. The modem coupling circuit for the bus can be configured in order to support coupling to both AC and DC lines.

Figure 5. Power line communication section

2.6 Status LEDs

Table 2. LED description and STM32W mapping

LED Function

DL1 PLM receiving activity

DL2 PLM transmitting activity

D6 General purpose (PC5)

D7 General purpose (PC6)

D8 General purpose (PD2)


8/27 DocID025598 Rev 1

2.7 Jumpers

2.7.1 Jumper placement

Figure 6. Jumper placement

2.7.2 Jumper position

Figure 7. Jumper position

2.7.3 Jumper description and default value

Table 3.

Jumper Description Default

JP1

Enable/disable internal 3.3 V regulator:

Opened: enableClosed: disable

Open

SW4Battery/3.3 V connection

Position 1-2: 3.3 V connectionPosition 2-3: Battery connection

2-3

DocID025598 Rev 1 9/27


27

2.8 Pushbutton description

2.9 Connectors description

2.9.1 Power supply connectors

Figure 8. Power supply connector

Table 4. Pushbutton description

Button Description (MCU mapping)

SW5 (RESET) MCU reset

SW1 ST7580 reset

SW2 General purpose button (PC4)

SW3 General purpose button (PC3)

Table 5. Power supply connector description

Pin Description

1 3.3 V (VDDIO)

2 Ground

3 12 V (VCC)


10/27 DocID025598 Rev 1

2.9.2 Communication bus connector

Figure 9. Communication bus connector

2.9.3 Digital interface connectors

Figure 10. Digital interface

Table 6. Energy meter calibration connector pin description

Pin Description

1 AC/DC BUS (+)

2 AC/DC BUS (-)

DocID025598 Rev 1 11/27


27

Figure 11. Digital interface connectors description

J5 J6PC0PC1PC2

PA4PA5PA6PA7PA9PA10

PB0PB1PB2

123456789

101112

123456789101112

PB5PB6PB7PB8PB9PB10PB11PB12PB13PB14PB15

Digital_A Digital_B

GSPG06112013DI1530

ST7580 module operation UM1701

12/27 DocID025598 Rev 1

3 ST7580 module operation

The board implements a PLM communication module running the 802.15.4-like MAC over the xPSK physical layer. The firmware also includes an application example that shows how to use the basic MAC-SAP functions. For more details, refer to the document AN4411.

DocID025598 Rev 1 13/27

UM1701 Schematics

27

4 Schematics

Figure 12. Top

screw connector

J8

CON2

12

PS

Power Supply

CON2

12

5mm (Not Assemble)

J9

1 2

MCU

J1Screw Connector 5mm

STM32

MCO

MISO0_TXD_ST7580

T_REQ_ST7580GPIO_BR0GPIO_BR1

RESETN_ST7580

MOSI0_RXD_ST7580GPIO_TX

NC_1

CL_ADC

NC_2GPIO_RX

PLM

ST7580

MOSI0_TXD_ST7580

T_REQ_ST7580GPIO_BR0GPIO_BR1

RESETN_ST7580EXT_XIN

MISO0_RXD_ST7580GPIO_TX

NC_1NC_2

GPIO_RX

BU

S(-

)B

US

(+)

CL

GSPG06112013DI1535

Schematics UM1701

14/27 DocID025598 Rev 1

Figure 13. Power management section

Figure 14. ST7580 reset button (micro-switch)

Figure 15. ST7580 UART interface

VCC VCCVDDIO

C1

C4

100nF/25V - 0402

JP1

100nF/25V - 040

OPEN

C2

U1

10u/6.3V - 0603

LK112SM33TR

1SHDN

2G2 ND

3BYPASS

4OUTIN

5

C3

J7

CON3

100nF/25V - 0402

123

R1100K - 0603

1 2 3

CN1Screw Connector 3P 2.5mm

GSPG06112013DI1025

RESETNC17

100nF/25V - 0402

SW1

1 2

GSPG06112013DI1030

TXD

RXD

T_REQ

TP9

1

T_REQ

TP11

GND

1

TP8TXD

1

TP12RXD

1

GSPG06112013DI1035

DocID025598 Rev 1 15/27

UM1701 Schematics

27

Figure 16. DC BUS / AC BUS

OUTPUT(-)

OUTPUT(+)BUS(+)

BUS(-)

GSPG06112013DI1040

Schematics UM1701

16/27 DocID025598 Rev 1

Figure 17. Current limit setting

Figure 18. Microcontroller connection

CL_SEL

CL

VDDIO

130 - 0402

Q1

2

1SRT

2N34NF06L

3

4

TP5CL1

C21

100pF/C0G - 0402

R2110k - 0603

R19330 - 0402

GSPG06112013DI1045

GPIO_P1

GPIO_P2

GPIO_P4

DFU_FORCE

nIND

TX_ON

VDDIO

RXD

TXD

RESETN

RX_ON

T_REQ

BR0

BR1

NC_1

NC_2

GPIO_TX

GPIO_BR0

GPIO_BR1

GPIO_RX

T_REQ_ST7580

MOSI0_TXD_ST7580

MISO0_RXD_ST7580

RESETN_ST75801 2

JP10 CLOSE

R31

4k7 - 0402

R34

4k7 - 0402

R28

4k7 - 0402

R35

4k7 - 0402

R27

4k7 - 0402

1 2

JP7 CLOSE

R29

4k7 - 0402

1 2

JP3 CLOSE

R30

4k7 - 0402

1 2

JP4 CLOS 2E

1

JP6 CLOSE

1 2

JP8 CLOSE

1

JP5 CLOS 2E

1 2

JP11 CLOSE

1 2

JP9 CLOSE

R33

4k7 - 0402 1 2

JP2 CLOSE

R32

4k7 - 0402

R26

4k7 - 0402

GSPG06112013DI1050

DocID025598 Rev 1 17/27

UM1701 Schematics

27

Figure 19. ST7580 module - PLM

PA

To mount only for DC line

Isol

ated

Zer

o C

ross

ing

GR

OU

ND

PLA

NE

BELO

W T

HE

DEV

ICE

Remove R36 and C28 in DC application

DFU

_FO

RC

E

nIN

D

XIN

VDD

IO

OU

TPU

T(-)

VSSA

OU

TPU

T(+)

VCC

A

It is recommended to use the specified capacitor dielectrics

(C0G and X7R) to guarantee low distortion

VSSA

P7

VDD

IO

VDD

_REG

_1V8

PA_O

UT

RX_

ON

TX_O

N

TX_O

UT

OU

TPU

T(-)

ZC_I

N

SEC

OU

TPU

T(+)

VDD

IO

PRI

PA_I

N+

PA_I

N-

GN

D_S

IGN

AL

VDD

_PLL

VSSA

VCC

GND_SIGNAL

VDD

IO

VSS

XIN

XOU

T

VDD

CL_

SEL

P7

XIN

SSVAAS SS SVV

TXD

RXD

VDD

IOTR

STN

TMS

VDD

TDO

TCK

TDI

VDD

IO

RES

ETN

GND_SIGNAL

RX_ONT_REQ

BR0BR1

TX_ON

VSSA

CLPA_IN-PA_IN+TX_OUT

VDD_PLLVCCAZC_INRX_IN

VSS

PA_O

UT

XOUT

VDD

_REG

_1V8

VCC

VDD

IO

GN

D_S

IGN

AL

RX_

IN

VCC

CL

VDD

IOPR

I

OU

TPU

T(-)

SEC

EXT_

XIN

CL_

ADC

VDD

IO

VCC

VCC

VCC

VDD

IO

VCC

TP61

RX_

IN

U2

STar

GR

ID

48RESERVED547RESERVED4

VDD46

GND4544

RESERVED343RESERVED242RESERVED141

PL_TX_ON/P040BR0/GPIO139

BR1/P238T_REQ/P337

1TX

D

PL_RX_ON/P4

2R

XD3

VD

DIO

4TR

STN

5TM

S6

GN

D7

TCK

8TD

O9

TDI

10R

ES

ETN

VD

D11

XIN

12

13XOUTGND

14

VSSA1516

VDD_PLLVCCA

1718

ZC_IN 19RX_IN 20TX_OUT 21PA_IN+ 22PA_IN-CL

23

VCC24

36C

L_S

EL

VS

SA

35 34V

DD

IOG

ND

33 32N

C#3

2/D

FU_F

OR

CE

31R

ES

ER

VE

D0/

P7

30N

C#3

0/P

829

NC

#29/

nIN

D28

VD

DIO

27V

DD

_RE

G_1

V8

26P

A_O

UT

VS

S25

EP49

DL1

21

LED

-GR

EEN

C30

R43

100p

F/C

0G -

0402

TP3

33k

- 120

6

1

TX_O

UT

C24

R41

10u/

6.3V

- 06

03

47k

- 060

3

R11

R22

47k

- 040

2

0 - 0

603

R12

10k

- 040

2

C26C

19

100n

F/25

V - 0

402

Y1

10u/

6.3V

- 06

03

8MH

z (N

.A.)

ISO

1

1 2

TLP7

81(G

P)

4 3

C31

TP15

4.7u

/4V

- 040

2

1

ZC_I

N

TP1

1PA

_IN

-

D3

21

STPS

1L30

A

C5

R13

100p

F/C0

G -

0402

R9

10k

- 040

2

24k

1% -

0402

FB2

BLM

21PG

331S

N1

TP7 1

VDD

IO

C22

C23

100n

F/25

V - 0

402

TP10

VDD 1

R17

560R

C29

R8

100n

F/25

V - 0

402

22k

- 040

2

C12

1nF/

C0G

- 04

02

1J2O

PEN 2

D4

SMAJ

5.0C

A

TP4

1

PA_O

UT

R36

0 - 0

603

R25

10k

- 040

2

R39

TP2

100k

- 12

06

1

PA_I

N+

R24

10k

- 040

2

TP14 1

VDD

_PLL

L2C

16

D2

SM6T

15C

A

R18

10k

- 040

2

C13

100

pF/C

0G -

0402

J3O

PEN

1

100n

F/25

V - 0

402

2

C8

L110

0nF/

C0G

- 04

02

TP13

VCC

A

1

C7

15uH

- EP

CO

S B8

2464

-A41

53K

4.7p

F/C0

G -

0402

R42

33k

- 120

6

R15

18n/

25V

- 060

3

220u

H -

EPC

OS

B824

62-A

4224

K

10k

- 040

2

C34

R20

560R

100n

F/25

V - 0

603

FB1

BLM

21PG

331S

N1

C15

C32

100n

F/25

V - 0

402

R2

100

nF -

0603

10k

- 040

2

14

85

C28

T1TD

K SR

W13

EP-X

07S0

02 /

WE

750-

510-

231

10V

- 080

510

0nF/

25V

- 1 00 4u

0F 2/

C14

10nF

/C0G

T21 4

10 7

WE

750-

510-

231

R40

10M

- 04

02C

35

R14

47uF

/25V

- 12

10

R3

10k

- 040

2

33k

- 040

2

R37

33k

- 120

6

TP16

VCC 1

C11

R38

100n

F/25

V - 0

402

R5

10M

- 04

02 (N

.A.)

47k

- 040

2

C20

R4

100n

F/25

V - 0

402

24k

1% -

0402

C10

220n

F X1

R10

150

- 060

3

DL2

21

LED

-RED

C33

C27

100n

F/25

V - 0

603

D5

21

STTH

1L06

A

R7 5k1

- 040

2

D1

21

STPS

1L30

A

C25

R6

100n

F/25

V - 0

402

C6

1.5k

- 04

02

R16

27pF

/C0G

- 04

02

10k

- 040

2

C9

C18

10uF

/50V

X5R

120

6

100n

F/25

V - 0

402

GSPG06112013DI1055

Schematics UM1701

18/27 DocID025598 Rev 1

Figure 20. ST7580 module - MCU

Micro Switch

SMD LEDs

Mal

e C

onne

ctor

2x5

Pitc

h 1.

27 m

mS

AM

TEC

FTS

H-1

05-0

1-F-

D-K

remove R? and R? for

STM32F4

or S

TM32F2

Micro Switch

Mini-USB

Strip-Line

PC0

PC1

PC2

PB0

PB1

PB2

PC0

PC1

PB5

PB6

PB7

PB8

PB9

PB10

PB11

PB12

PB13

PB14

PB15

PC2

PC3

PC4

PC5

PC6

PL_B

R0

PL_B

R1

PC9

PC10

PL_R

STPL

_TX_

ON

PB0

PL_R

X_O

N

PB1

PB2

PB5

PB6

PB7

JT-T

MS

JT-T

CK

PB8JT

-TD

O

JT-T

DI

OSC

-32-

INO

SC-3

2-O

UT

PB9

OSC

-32-

OU

T

OSC

-32-

IN

PB10

RES

ET#

PB11

PB12

PB13

PB14

PB15

PD2

JT-T

CK

JT-T

DI

JT-T

DO

JT-T

MS

RES

ET#

USA

RT2

_RX

USA

RT2

_RX

USA

RT2

_TX

PA1

USA

RT2

_TX

PL_R

X_O

N

PL_T

X_O

N

CL_

ADC

PA1

CL_

ADC

MC

O

MC

O

PL_R

ST

PC10

PC9

PL_B

R1

PL_B

R0

PD2

PC6

PC5

PC4

PC3

PA4

PA5

PA6

PA7

PA9

PA10

PA4

PA5

PA6

PA7

PA9

PA10

STM

32_U

SB+

STM

32_U

SB-

STM

32_U

SB+

STM

32_U

SB-

NC

_1

NC

_2

GPI

O_T

X

GPI

O_B

R0

GPI

O_B

R1

GPI

O_R

X

MO

SI0_

RXD

_ST7

580

MIS

O0_

TXD

_ST7

580

RES

ETN

_ST7

580

T_R

EQ_S

T758

0

CL_

ADC

MC

O

VCC

_3V3

VCC

_3V3

VCC

_3V3

VCC

_3V3

VCC

_3V3

VCC

_3V3

VCC

_3V3

VDD

IO

STM

32_U

SB_P

WR

VDD

IOVC

C_3

V3

J6

DIG

ITAL

_B101 2 3 4 5 6 7 8 9 11 12

SW2

1 2

R56

10K

- 040

2

C42

FB3

100n

F/25

V - 0

402

R46

BLM

21PG

600S

N1D

12

D8

2

GR

EEN

1

C46

22p

- 040

2

R49

22R

- 04

02C

3810

pF

C43

U3

100n

F/25

V - 0

402

USB

LC6-

2P6

1I/O

1#1

GN

D2

5V

BU

S

4I/O

2#4

6I/O

1#6

3I/O

2#3

R47

4k7

- 040

24

12

R52

300

- 040

2

C47

V1 BATT

ERY

HO

LDER

RS:

430

-653

PLU

S C

R12

20 li

thiu

m c

oin

cell

J5

100n

F/25

V - 0

402

DIG

ITAL

_A

101 2 3 4 5 6 7 8 9 11 12

C49

C45

10nF

/25V

- 04

02

22p

- 040

2

C39 10

pF

SW3

1 2

R50

R53

22R

- 04

02

300

- 040

2

SW5

1 2

SW4

21 3

R57

R55

100K

- 04

02

1M -

0402

C50

Y3

10nF

/25V

- 04

02

8MH

z

J4

1

CO

N10

A

23

45

67

89

10

R54

300

- 040

2

C48R

44

10nF

/25V

- 04

02

10k

- 040

2

C40

100n

F/25

V - 0

402

CN

2M

INI-U

SB

1 2 3 4

SH1SH2

5

R45

10k

- 040

2

R48

k7 -

0402

4

12

k7 -

0402

D7

2

YELL

OW

1

R51

1.5K

- 04

02

C36

100n

F/25

V - 0

402

0 - 0

603

R59

C41

U4

100n

F/25

V - 0

402

STM

32F1

03R

FT6

14 15 16 17 20 21 22 23 41 42 43 44 45 46 49 50

26 27 28 55 29 30 33 34 35 3656 57 58 59 61 62

PA0

-WK

UP

/US

ART2

-CTS

/AD

C_I

N0/

TIM

2-C

H1-

ETR

PA1

/US

ART2

-RTS

/AD

C-IN

1/TI

M2-

CH

2P

A2/U

SAR

T2-T

X/AD

C-IN

2/TI

M2-

CH

3P

A3/U

SAR

T2-R

X/AD

C-IN

3/TI

M2-

CH

4P

A4/S

PI1

-NS

S/U

SAR

T2-C

K/A

DC

-IN4

PA5

/SP

I1-S

CK

/AD

C-IN

5P

A6/S

PI1

-MIS

O/A

DC

-IN6/

TIM

3-C

H1

PA7

/SP

I1-M

OS

I/AD

C-IN

7/TI

M3-

CH

2P

A8/U

SAR

T1-C

K/T

IM1-

CH

1/M

CO

PA9

/US

ART1

-TX/

TIM

1-C

H2

PA1

0/U

SAR

T1-R

X/TI

M1-

CH

3P

A11/

US

ART1

-CTS

/CAN

-RX/

USB

DM

(2)/T

IM1-

CH

4PA

12/U

SAR

T1-R

TS/C

AN-T

X/U

SBD

P(2)

/TIM

1-ET

RP

A13/

JTM

S-S

WD

ATP

A14/

JTC

K-S

WC

LKP

A15/

JTD

I

8P

C0/

ADC

-IN10

9P

C1/

ADC

-IN11

10P

C2/

ADC

-IN12

11P

C3/

ADC

-IN13

24P

C4/

ADC

-IN14

25

PC

6P

C5/

ADC

-IN15

37

PC

738

PC

839

PC

940

PC

1051

PC

1152

PC

1253 2

PC

13/A

NTI

-TAM

P3

PC

14/O

SC

32-IN

PB

0/AD

C-IN

8/TI

M3-

CH

3P

B1/

ADC

-IN9/

TIM

3-C

H4

PB

2/B

OO

T1P

B3/

JTD

OP

B4/

JTR

ST

PB

5/I2

C1-

SM

BA1

PB

6/I2

C1-

SC

L/TI

M4-

CH

1P

B7/

I2C

1-S

DA/

TIM

4-C

H2

PB

8/TI

M4-

CH

3P

B9/

TIM

4-C

H4

PB

10/I2

C2-

SC

L/U

SAR

T3-T

XP

B11

/I2C

2-S

DA/

US

ART3

-RX

PB

12/S

PI2

-NS

S/I2

C2-

SM

BA1/

USA

RT3

-CK/

TIM

1-BK

INP

B13

/SP

I2-S

CK

/US

ART3

-CTS

/TIM

1-C

H1N

PB

14/S

PI2

-MIS

O/U

SAR

T3-R

TS/T

IM1-

CH

2NP

B15

/SP

I2-M

OS

I/TIM

1-C

H3N

4P

C15

/OS

C32

-OU

T

54P

D2/

TIM

3-E

TR

5P

D0/

OS

C-IN

6P

D1/

OS

C-O

UT

7N

RS

T60

BO

OT0

1VBAT

VS

SA

VSS418

VSS131

VSS247

VSS363

13 12V

DD

A

VDD132

VDD248

VDD364

VDD419

Y2

32.7

68 K

hz D6

RED

21

C37

C44

100n

F/25

V - 0

402

R58

100n

F/25

V - 0

603

0 - 0

603

GSPG06112013DI1100

DocID025598 Rev 1 19/27

UM1701 Bill of material

27

5 Bill of material

Table 7. Bill of material (part 1)

Item Quantity Reference Part / value Tolerance%Voltage current

Technology

information

1 1 CN1Screw Connector

3P 2.5mm

2 1 CN2 MINI-USB

3 17C1,C3,C4,C11,C17,C18,C2 0,C22,C23,C26,C27,C29,

C40,C41,C42,C43,C47100nF/25V - 0402 25V

4 1 C2 10uF/6.3V0603 6.3V

5 3 C5,C21,C30 100pF/C0G - 0402 25V

6 1 C6 27pF/C0G - 0402 25V

7 1 C7 4.7pF/C0G - 0402 25V

8 1 C8 100nF/C0G - 0402 25V

9 1 C9 10uF/50V X5R 1206 50V

10 1 C10 220nF X1

11 1 C12 1nF/C0G - 0402 25V

12 1 C13 100 pF/C0G - 0402 25V

13 1 C14 10nF/C0G 25V

14 2 C15,C25 100nF 25V 25V

15 1 C16 18n/25V - 0603 25V

16 2 C19,C24 10u/6.3V - 0603 6.3V

17 1 C28 10uF/10V - 0805 10V

18 1 C31 4.7u/4V - 0402 4V

19 1 C32 100 nF - 0603 6.3V

20 3 C33,C34,C44 100nF/25V - 0603 25V

21 1 C35 47uF/25V - 1210 25V

22 2 C36,C37 100nF 25V

23 2 C38,C39 10pF 5% 50V

24 1 C45, C46 22p -0402 5% 50V

26 3 C48,C49,C50 10nF/25V - 0402 25V

27 1 DL1 LED-GREEN

28 1 DL2 LED-RED

29 2 D1,D3 STPS1L30A

30 1 D2 SM6T15CA

Bill of material UM1701

20/27 DocID025598 Rev 1


Technology

information

31 1 D4 SMAJ5.0CA

32 1 D5 STTH1L06A

33 1 D6 RED

34 1 D7 YELLOW

35 1 D8 GREEN

36 2 FB1,FB2 BLM21PG331SN1

37 1 FB3 BLM21PG600SN1D

38 1 ISO1 TLP781(GP)

39 3 JP1,J2,J3 Jumper OPEN

40 10 JP2,JP3,JP4,JP5,JP6,JP7, Jumper CLOSE

JP8,JP9,JP10,JP11

41 1 J1Screw Connector

5mm

42 1 J4 CON10A

43 1 J5 DIGITAL_A

44 1 J6 DIGITAL_B

45 1 L115uH - EPCOS

B82464- A4153K

46 1 L2220uH - EPCOS B82462- A4224K

47 1 Q1 STN4NF06L

48 1 R1 100K - 0603

49 9R2,R12,R13,R14,R15,R18,

R24,R25,R5610k - 0402

50 1 R3 33k - 0402

51 2 R4,R9 24k 1% - 0402

52 2 R5,R11 47k - 0402

53 2 R6,R51 1.5K - 0402

54 1 R7 5k1 - 0402

55 1 R8 22k - 0402

56 1 R10 150 - 0603

57 3 R16,R44,R45 10K

58 2 R17,R20 560R

59 1 R19 330 - 0402

60 1 R21 10k - 0603

Table 7. Bill of material (part 1) (continued)

DocID025598 Rev 1 21/27


27


Technology

information

61 4 R22,R36,R58,R59 0 - 0603

62 1 R23 130 - 0402

63 10R26,R27,R28,R29,R30,R31,

R32,R33,R34,R354k7 - 0402

64 3 R37,R42,R43 33k - 1206

65 1 R38 10M - 0402 (N.A.)

66 1 R39 100k - 1206

67 1 R40 10M - 0402

68 1 R41 47k - 0603

69 3 R46,R47,R48 4.7k - 0402

70 2 R49,R50 22R - 0402

71 3 R52,R53,R54 300 - 0402

72 1 R55 1M - 0402

73 1 R57 100K - 0402

74 1 SW1 ST7580 Reset

75 3 SW2,SW3,SW5 Rst

76 1 SW4 Jumper

77 1 TP1 PA_IN-

78 1 TP2 PA_IN+

79 1 TP3 TX_OUT

80 1 TP4 PA_OUT

81 1 TP5 CL

82 1 TP6 RX_IN SMD

83 1 TP7 VDDIO SMD

84 1 TP8 TXD

85 1 TP9 T_REQ

86 1 TP10 VDD

87 1 TP11 GND

88 1 TP12 RXD SMD

89 1 TP13 VCCA SMD

90 1 TP14 VDD_PLL SMD

91 1 TP15 ZC_IN

92 1 TP16 VCC



22/27 DocID025598 Rev 1


Technology

information

93 1 T1TDK SRW13EP-

X07S002 / WE 750-510-231

94 1 U1 LK112SM33TR

95 1 U2 ST7580

96 1 U3 USBLC6-2P6

97 1 U4 STM32F103RFT6

98 1 V1

BATTERY HOLDER PLUS

CR1220 lithium coin cell

99 1 Y1 8MHz (N.A.) 30 ppm

100 1 Y2 32.768 KHz 20ppm

101 1 Y3 8 MHz 30 ppm


Table 8. Bill of material (part 2)

ItemPackage-footprint

Manufacturer Manufacturer codeRS/ Distrelec /Other

codeMore info

1 3P 2.5mm

2

3 0402

4 0603

5 0402

6 0402

7 0402

8 0402

9 1206

10 Epcos B32913A3224M189 RS - 669-0094

11 0402

12 0402

13 0402

14 0402

15 0603

16 0603

17 0805

DocID025598 Rev 1 23/27


27



codeMore info

18 0402

19 0603

20 0603

21 1210

22 0603

23 0402

24 0402

26 0402

27

28

29SMA (JEDEC DO- 214AC)

ST

30SMD

SMB/DO-214AA

ST

31SMA (JEDEC DO-214AC)

ST

32 SMA ST

33

34

35

36 BLM21PG331SN1

37 BLM21PG600SN1D

38 DIP-4 Toshiba TLP781

39

40

41 2P-5mm

42Male

Connector 2x5 Pitch 1.27 mm

SAMTEC FTSH-105-01-F- D-K

43Female Strip 1x12 pitch

2.5mm

To assemble on the bottom side

44Female Strip 1x12 pitch

2.5mm

To assemble on the bottom side

45 EPCOS B82464-A4153K



24/27 DocID025598 Rev 1



codeMore info

46 EPCOS B82462-A4224K

47 SOT-223 ST

48 0603

49 0402

50 0402

51 0402

52 0402

53 0402

54 0402

55 0402

56 0603

57 0402

58 0402

59 0402

60 0603

61 0603

62 0402

63 0402

64 1206

65 0402

66 1206

67 0402

68 0603

69 0402

70 0402

71 0402

72 0402

73 0402

74

75

76

77

78

79


DocID025598 Rev 1 25/27


27



codeMore info

80

81

82

83

84

85

86

87

88

89

90

91

92

93

94 SOT23-5L ST

95 SMD QFN-48 ST

96 ST

97 LQFP64 ST

98BATTERY HOLDER

RS: 430- 653

99 RS: 672-0268

100 RS: 547-6979

101 RS: 672-0268


Revision history UM1701

26/27 DocID025598 Rev 1

6 Revision history

Table 9. Document revision history

Date Revision Changes

04-Jun-2014 1 Initial release.

DocID025598 Rev 1 27/27

UM1701

27

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