Laird BTM521 User Manual Download | Manualshive

Page: 45 / 48

background image

45

www.lairdtech.com

Laird Technologies

BTM520/521

Bluetooth

®

Multimedia Plus Module

5

5

4

4

3

3

2

2

1

1

D

D

C

C

B

B

A

A

AG

ND

AG

ND

VC

C_

IO

VC

C_

3V

3

VC

C_

IO

VC

C_

3V

3

VC

C_

3V

3

VC

C_

3V

3

VC

C_

3V

3

VC

C_

IO

VC

C_

IO

VC

C_

3V

3

VC

C_

IO

VC

C_

3V

3

VC

C_

3V

3

VC

C_

IO

VC

C_

IO

VC

C_

IO

VC

C_

3V

3

VC

C_

3V

3

VC

C_

3V

3

VC

C_

3V

3

VC

C_

3V

3

VC

C_

3V

3

VC

C_

3V

3

VC

C_

3V

3

VC

C_

3V

3

VD

D_

CO

NN

VC

C_

3V

3

VC

C_

IO

US

B_

DS

R

US

B_

DC

D

US

B_

CT

S

PI

O_

1/

DC

D

M

od

ul

e_

TX

US

B_

RX

SP

I_

CL

K_

PC

SP

I_

CS

_P

C

SP

I_

M

IS

O_

PC

SP

I_

M

OS

I_

PC

PC

M

_I

N

PC

M

_C

LK

PC

M

_S

YN

C

M

od

ul

e_

RT

S

M

od

ul

e_

TX

RE

SE

T_

M

od

ul

e_

RX

M

od

ul

e_

CT

S

PI

O_

3/

RI

PI

O_

1/

DC

D

PI

O_

3/

RI

US

B_

PI

O_

3/

RI

PI

O_

2/

DS

R

PI

O_

5/

DT

R

M

od

ul

e_

RT

S

PC

M

_C

LK

PC

M

_O

UT

Mod

ule

_CT

S

PC

M

_S

YN

C

Mod

ule

_RT

S

SPK

R_A

_N

SPI

_M

OSI

LE

D

EX

T1

LE

D

EX

T0

SPK

R_A

_P

SPK

R_B

_P

PIO

_0/

BT_

ACT

IVE

SPK

R_B

_N

M

IC

_B

IA

S

AN

T

M

IC

_B

_P

M

IC

_A

_N

M

IC

_A

_P

M

IC

_B

_N

PIO

_7/

RF_

ACT

IVE

USB

_M

OD_

D+

PIO

_6/

WLA

N_A

CT

USB

_M

OD_

D-

RES

ET_

SPI

_M

ISO

SPI

_CS

PI

O_

5/

BT

_S

TA

TE

_B

T_

PR

IO

RI

TY

PI

O_

5/

DT

R

PIO

_2/

DSR

PIO

_3/

RI

PIO

_1/

DCD

SPI

_CL

K

PC

M

_I

N

Mod

ule

_RX

Mod

ule

_TX

SP

I_

CL

K_

PC

SP

I_

CS

_P

C

SP

I_

CS

SP

I_

CL

K

SP

I_

M

OS

I_

PC

SP

I_

M

OS

I

SP

I_

M

IS

O_

PC

SP

I_

M

IS

O

AG

ND

LE

D

EX

T1

US

B_

M

OD

_D

+

LE

D

EX

T0

US

B_

M

OD

_D

-

US

B_

TX

M

od

ul

e_

RX

M

od

ul

e_

CT

S

US

B_

RT

S

US

B_

DT

R

FT

DI

_E

N

FT

DI

_E

N

FT

DI

_E

N

FT

DI

_E

N

US

B_

PW

RE

N

M

IC

_B

IA

S

SP

KR

_B

_P

M

IC

_B

_N

SP

KR

_A

_P

M

IC

_B

_P

M

IC

_A

_N

M

IC

_A

_P

SP

KR

_A

_N

SP

KR

_B

_N

PC

M

_O

UT

AG

ND

PI

O_

2/

DS

R

PI

O_

5/

DT

R

PI

O_

2/

DS

R

PI

O_

3/

RI

PI

O_

1/

DC

D

PI

O_

5/

DT

R

Ti

tle

Si

ze

Do

cu

m

en

t N

um

be

r

Re

v

Da

te

:

Sh

ee

t

of

BT

VM

D-

R-

00

1-

04

04

M

in

i D

ev

B

oa

rd

-

Co

m

m

s

C

2

3

Fr

id

ay

, O

ct

ob

er

3

1,

2

00

8

Ti

tle

Si

ze

Do

cu

m

en

t N

um

be

r

Re

v

Da

te

:

Sh

ee

t

of

BT

VM

D-

R-

00

1-

04

04

M

in

i D

ev

B

oa

rd

-

Co

m

m

s

C

2

3

Fr

id

ay

, O

ct

ob

er

3

1,

2

00

8

Ti

tle

Si

ze

Do

cu

m

en

t N

um

be

r

Re

v

Da

te

:

Sh

ee

t

of

BT

VM

D-

R-

00

1-

04

04

M

in

i D

ev

B

oa

rd

-

Co

m

m

s

C

2

3

Fr

id

ay

, O

ct

ob

er

3

1,

2

00

8

R5

1

10

K

R5

1

10

K

1

2

D1

HS

M

C-

A1

00

-Q

00

J1

D1

HS

M

C-

A1

00

-Q

00

J1

2

1

R4

1

10

K

R4

1

10

K

1

2

U1

NC

7S

Z1

25

U1

NC

7S

Z1

25

O

E_

1

IN

2

G

N

D

3

O

UT

4

VC

C

5

U4

CO

NN

_S

M

_5

4

U4

CO

NN

_S

M

_5

4

PI

O

_1

5/

DT

R

1

PI

O

_5

/B

T_

ST

AT

E/

BT

_P

RI

O

RI

TY

2

PC

M

_I

N

3

PC

M

_O

UT

4

PC

M

_S

YN

C

5

PC

M

_C

LK

6

VD

D_

US

B

10

VD

D_

IO

11

M

AS

TE

R_

VI

N

12

SPI

_CS

14

SPI

_M

ISO

15

SPI

_CL

K

16

SPI

_M

OSI

17

PIO

_2/

DSR

18

LE

D_

EX

T1

7

LE

D_

EX

T0

8

PIO

_0/

BT_

ACT

IVE

21

GN

D2

22

AU

DIO

_G

ND

23

SPK

R_A

_N

24

SPK

R_A

_P

25

SPK

R_B

_N

26

SPK

R_B

_P

27

M

IC

_B

IA

S

28

BC0

5_R

ST

54

PIO

_6/

WLA

N_A

CTI

VE

53

USB

_D+

46

USB

_D-

45

PIO

_7/

RF_

ACT

IVE

52

GN

D4

47

UAR

T_R

TS

48

UAR

T_C

TS

49

NC4

44

NC5

43

NC6

42

NC1

5

41

NC1

4

40

N

C1

3

39

N

C1

2

38

N

C1

1

37

N

C1

0

36

AN

T

34

N

C9

35

N

C8

33

M

IC

_A

N

_C

32

M

IC

_A

P_

C

31

M

IC

_B

N

_C

30

M

IC

_B

P_

C

29

UAR

T_R

X

51

UAR

T_TX

50

G

N

D1

9

GN

D3

13

PIO

_3/

RI

19

PIO

_1/

DCD

20

R7

1

13

0R

R7

1

13

0R

1

2

R4

7

10

K

R4

7

10

K

1

2

R5

4

0R

R5

4

0R

1

2

R6

5

10

K

R6

5

10

K

1

2

R6

6

0R

R6

6

0R

1

2

JP

4

NF

JP

4

NF

1

2

3

4

5

6

7

8

9

10

R6

3

10

K

R6

3

10

K

1

2

R4

0

10

K

R4

0

10

K

1

2

R5

7

10

K

R5

7

10

K

1

2

R6

8

0R

R6

8

0R

1

2

C1

5

10

0n

C1

5

10

0n

1

2

R5

0

10

K

R5

0

10

K

1

2

C2

1

10

0n

C2

1

10

0n

1

2

R4

3

10

K

R4

3

10

K

1

2

R5

5

10

K

R5

5

10

K

1

2

D2

HS

M

C-

A1

00

-Q

00

J1

D2

HS

M

C-

A1

00

-Q

00

J1

2

1

U2

NC

7S

Z1

25

U2

NC

7S

Z1

25

O

E_

1

IN

2

G

N

D

3

O

UT

4

VC

C

5

R4

6

10

K

R4

6

10

K

1

2

R1

00

1K

5

R1

00

1K

5

1

2

R6

2

10

K

R6

2

10

K

1

2

TP

5

TP

5

1

R6

9

0R

R6

9

0R

1

2

R6

7

0R

R6

7

0R

1

2

JP

3

NF

JP

3

NF

1 3 5

6

4

2

R6

0

10

K

R6

0

10

K

1

2

R5

2

10

K

R5

2

10

K

1

2

C1

9

10

0n

C1

9

10

0n

1

2

R5

9

10

K

R5

9

10

K

1

2

C1

7

10

0n

C1

7

10

0n

1

2

U3

NC

7S

Z1

25

U3

NC

7S

Z1

25

O

E_

1

IN

2

G

N

D

3

O

UT

4

VC

C

5

R4

5

0R

R4

5

0R

1

2

R4

2

10

K

R4

2

10

K

1

2

JP

2

NF

JP

2

NF

1 3 5

6

4

2

JP

1

NF

H

ea

de

r 6

X2

JP

1

NF

H

ea

de

r 6

X2

1

2

3

4

5

6

7

8

9

10

11

12

C1

8

10

0n

C1

8

10

0n

1

2

C1

6

10

0n

C1

6

10

0n

1

2

R5

8

10

K

R5

8

10

K

1

2

U5

74

LC

X2

44

U5

74

LC

X2

44

O

E1

_

1

I0

2

O

4

3

I1

4

O

5

5

I2

6

O

6

7

I3

8

O

7

9

G

N

D

10

I7

11

O

3

12

I6

13

O

2

14

I5

15

O

1

16

I4

17

O

0

18

O

E2

_

19

VC

C

20

R4

4

10

K

R4

4

10

K

1

2

R4

9

0R

R4

9

0R

1

2

R6

4

10

K

R6

4

10

K

1

2

R6

1

10

K

R6

1

10

K

1

2

R5

6

10

K

R5

6

10

K

1

2

J5

HE

AD

ER

1

0

X

1

J5

HE

AD

ER

1

0

X

1

1 2 3 4 5 6 7 8 9 10

C2

0

10

0n

C2

0

10

0n

1

2

R4

8

0R

R4

8

0R

1

2

R5

3

10

K

R5

3

10

K

1

2

TP

6

TP

6

1

R7

0

13

0R

R7

0

13

0R

1

2

MECHANICAL

DRAWINGS

«
...
43
44
45
46
47
...
»

Summary of Contents for BTM521

Page 1: ...BTM520 521 DATA MODULE USER MANUAL Innovative Technology for a Connected World www lairdtech com...

Page 2: ...521 11 References 11 Glossary of Terms 12 AT Command Set 13 Assumptions 13 Commands 13 General AT Commands 13 General Bluetooth Control 24 Hardware Unit Control 30 Bluetooth Profiles 32 Secure Simple...

Page 3: ...fied so that no further Bluetooth qualification is required For users with more complex applications additional profiles will be available for file transfer object exchange dial up networking messagin...

Page 4: ...or internal antenna options HSP HFP A2DP and AVRCP audio profiles Future support for OBEX DUN FTP HDP profiles for additional functionality 16 bit stereo codec and microphone input Integrated audio a...

Page 5: ...supported Bits 8 Parity Odd even none Stop bits 1 or 2 Default Serial parameters 9600 n 8 1 Levels 1 7 3 6V CMOS independent of Vcc Modem Control RTS CTS DTR DSR DCD RI General Purpose Interface I O...

Page 6: ...A including speaker drive Low Power Sniff Mode Less than 1 5mA Supply Voltage Supply 3 0V 4 2V DC I O 1 7V 3 6V DC Coexistence Compatibility WLAN 802 11 2 3 and 5 wire hardware coexistence schemes sup...

Page 7: ...16 VDD_PIO VIO supply 17 VDD_IN Main supply 18 GND 19 AUDIO_GND 20 SPKR_B_P Speaker channel B right Note 3 21 SPKR_B_N Speaker channel B right Note 3 22 SPKR_A_P Speaker channel A left Note 3 23 SPKR...

Page 8: ...ADC Input 10 bit 0 1 5V input range 68 PIO10 DSR Host I O VPADS 69 PIO11 DTR Host I O VPADS 70 AIO0 ADC Input 10 bit 0 1 5V input range 71 PIO9 DCD Host I O VPADS 72 PIO13 SDA Host I O VPADS 73 PIO8...

Page 9: ...il 0 3 0 25VDD_USB Output Voltage Levels Voh Iout 4mA 0 75VDD_USB VDD_USB Vol Iout 4mA 0 0 125 Logic Levels VIO Input Voltage Levels Min Typ Max Vih 0 625VDD_IO VDD_IO 0 3 Vil 0 3 0 25VDD_IO Output Vo...

Page 10: ...icrophone should be biased as follows The input impedance on the microphone inputs in microphone mode is typically 6k In order to maintain the regulation on the MIC_BIAS pin the current drawn must be...

Page 11: ...subsequent power up the device is discoverable or automatically connects The device has a serial interface which can be configured for baud rates from 1200 up to 921600 default setting is 9600 and an...

Page 12: ...g an analogue digital signal DAC Digital to Analogue Converter DSP Digital Signal Processor DUN Dial Up Network Profile FTP File Transfer Profile GOEP Generic Object Access Exchange Profile GPIO Gener...

Page 13: ...ng delimited by double quotes E g Hello World The character MUST be supplied as delimiters uuid A 4 character UUID number consisting of ASCII characters 0 to 9 A to F and a to f General AT Commands 1...

Page 14: ...rned if the R modifier is specified AND a Bluetooth address If both R and L modifiers are specified then an error will be returned Response cr lf CONNECT 123456789012 AE cr lf Or cr lf NO CARRIER cr l...

Page 15: ...n is initiated A value of 0 disables this feature If S0 0 and S100 0 then S0 must be S100 If a value is entered which violates this rule then ERROR 29 is sent in response S101 1101 0 ffff UUID of defa...

Page 16: ...r automatic PT Response see Table 3 10 The written value is mapped internal that is why the Read value is different from the written value The Read value is actually sent out as response S312 1 0 15 A...

Page 17: ...tions or pairing E g CONNECT NO CARRIER RING PAIR etc Suppressing connection based messaged allows the device to be configured in cable replacement mode S505 10 2 120 Minimum delay before abandoning c...

Page 18: ...defined by S Reg 566 and if deasserted then S Reg 567 S514 10 1 60 Pairing Timeout in seconds This includes the time a host takes to supply the PIN number when PIN messages are indicated S515 0x001F0...

Page 19: ...connectable or discoverable then GPIO4 will blink This register will not necessarily be effective immediately after changing the value It must be saved to non volatile store using AT W and will opera...

Page 20: ...ile in command and connected mode then on going back online using the ATO command a fresh signal will be sent to the peer to update the bits S552 0x0122 0x0FFF This register specifies in each 4 bit ni...

Page 21: ...y ok When Bit 1 is 1 then error responses do not include the error number and instead the error number can be retrieved using ATI12 S560 15 15 120 Disconnect timeout in seconds This timer specifies ho...

Page 22: ...ad S Register Valid Range This will return the valid range of values for register n For recognised values of n Response cr lf Sn nnnn mmmm cr lf OK cr lf For unrecognised values of n Response cr lf ER...

Page 23: ...The chipset format I9 0 if not in a connect state and 1 if in a connect state I11 The reason why a NO CARRIER resulted in the most recent attempt at making an outgoing connection Where the response v...

Page 24: ...cr lf General Bluetooth Control 1 AT BTAn Control Audio Channel Once a Bluetooth connection is active and assuming the peer device is also a Laird Technologies device this command is used to start sto...

Page 25: ...the non volatile database If the device is not in the database then the response will still be an OK Response cr lf OK cr lf 5 AT BTD Remove All Trusted Devices This command is used to remove all devi...

Page 26: ...is used to filter inquiry responses When devclass is 2 hexadecimal characters long it forces the inquiry to filter responses to devices that match their major device class code to this value which can...

Page 27: ...en the pin is written to non volatile memory for future use Specifying an empty string deletes the key from the non volatile memory The string length must be in the range 0 to 8 otherwise an error wil...

Page 28: ...e receive buffer until a Bluetooth connection is established with the peer device and it then sends the buffer across This means that if the peer device is not in the vicinity and will never be there...

Page 29: ...e the AT BTK command For a successful pairing the link key is stored in a volatile cache which is overwritten every time a new pairing is initiated using this command The link key can be stored in a n...

Page 30: ...690 the overall gain dBr must be entered multiplied by 10 If the input value doesn t match a gain table entry the nearest possible value is set The actually set value can be checked by reading back S6...

Page 31: ...t 15 See Gain Table S690 is affected too Set input overall gain dBr S690 450 215 default 0 See GainTable value must be entered and is returned multiplied by 10 S590 is affected too Increment current o...

Page 32: ...ted by setting the appropriate Flag in S Register 102 see Table 3 1 After S Register 102 has been written all S Registers must be saved to non volatile memory AT W and subsequently a reset has to be c...

Page 33: ...0 450 215 Set codec input gain in dBr 10 applies to source default 0 Set A2DP sink supported features bit mask S312 0 15 Bitmask sink supported features Bit 0 Headphone default Bit 1 Speaker Bit 2 Rec...

Page 34: ...ommand mode S Register 531 is ignored for AVRCP connections 3 1 2 Release AVRCP control connection AT AVH Release AVRCP control connection Response cr lf NO CARRIER 110E cr lf 3 1 3 Send UNIT INFO Req...

Page 35: ...r lf AVPTC n operation_idhex button_state cr lf after command completion If status n indicates an unsuccessful outcome operation_idhex and button_state are omitted 3 2 AVRCP Target TG This section des...

Page 36: ...se S305 0 1 default 1 Enable Subunit Info Response S306 0 1 default 1 Configure PASS THROUGH PT Response S310 0 1 1 Enable automatic PT response response type is read from S311 default 0 Host is requi...

Page 37: ...x0B Favorite menu 0x0C Exit 0x0D 0 0x20 1 0x21 2 0x22 3 0x23 4 0x24 5 0x25 6 0x26 7 0x27 8 0x28 9 0x29 Dot 0x2A Enter 0x2B Clear 0x2C Channel up 0x30 Channel down 0x31 Sound select 0x32 Input select 0...

Page 38: ...n of AVRCP control connection request CONNECT 0123456789012 AE 110E AVRCP control connection established 0123456789012 bd_addr of peer device A authenticated E encrypted 110E UUID indicating AVRCP NO...

Page 39: ...1 specification general bonding is defined as the exchange of link keys between two devices with the intention of establishing a connection immediately This is the case if a device wants to connection...

Page 40: ...e released ATH may be used Please see Table 3 13 3 Production Info String A string with production information can be retrieved by ATI200 Table 3 13 Profile Release Commands Task AT Command Comment Di...

Page 41: ..._idhex button_state subunit_idhex subunit_typehex Indication of incoming Pass Through command operation_idhex see Table 3 8 button_state 0 pushed 1 released subunit_idhex subunit id subunit_typehex su...

Page 42: ...ier cannot be specified in ATD command 35 Invalid Major Device Class valid value in range 0x00 to 0x1F inclusive 36 Pairing in progress Command cannot be actioned try again later 37 Invalid Sniff para...

Page 43: ...E E D 34 RF OUT SIDE VIEW Description 54 pin BT Voice Module 8X6 Flash Size 20 0 x 14 0 x 2 4mm Pitch 1 0mm Dimension Minimum Typical Maximum Notes H A1 A2 A b A 2 4 2 7 A1 0 8 0 9 1 0 A2 1 5 1 7 b 0...

Page 44: ...R R16 0R 1 2 R25 NF 0R R25 NF 0R 1 2 R2 0R R2 0R 1 2 C33 NF 100u C33 NF 100u R22 NF 0R R22 NF 0R 1 2 J2 3 way 2 5mm audio jack J2 3 way 2 5mm audio jack 1 2 4 3 C3 100u C3 100u 1 2 SW3 NF SW3 NF 1 3 2...

Page 45: ...GND 3 OUT 4 VCC 5 U4 CONN_SM_54 U4 CONN_SM_54 PIO_15 DTR 1 PIO_5 BT_STATE BT_PRIORITY 2 PCM_IN 3 PCM_OUT 4 PCM_SYNC 5 PCM_CLK 6 VDD_USB 10 VDD_IO 11 MASTER_VIN 12 SPI_CS 14 SPI_MISO 15 SPI_CLK 16 SPI...

Page 46: ...M1 Mounting Hole R84 10K R84 10K 1 2 R73 110R R73 110R 1 2 R90 0R R90 0R 1 2 L5 BLM18PG221SN1D L5 BLM18PG221SN1D 1 2 FID2 Fiducial FID2 Fiducial D3 Diode_S1A D3 Diode_S1A 1 2 R11 NF 9K1 R11 NF 9K1 1...

Page 47: ...Plus Module with integrated antenna DVK BTM520 Development Board with BTM520 soldered in place DVK BTM521 Development Board with BTM521 soldered in place General Comments This is a preliminary user ma...

Page 48: ...ess statutory and implied or by description regarding the information set forth herein Laird Technologies reserves the right to change specifications at any time and without notice Laird Technologies...

Reviews:

No comments

Related manuals for BTM521

ControlMaster CM15

Brand: ABB Pages: 28

Relion 670 series

Brand: ABB Pages: 760

Brand: ABB Pages: 128

Brand: Falcon Pages: 3

Brand: Garmin Pages: 12

Brand: Tapeswitch Pages: 13

Harmony Controller 2000

Brand: A10 Pages: 27

Brand: Datavideo Pages: 8

Brand: Samson Pages: 40

Brand: Veeder-Root Pages: 27

Brand: Valve Concepts Pages: 18

Brand: K&K Pages: 6

Brand: Zodiac Pages: 12

Brand: National Instruments Pages: 34

Brand: Kampmann Pages: 5

Liquitron DP5000-01A

Brand: LMI Technologies Pages: 28

Brand: Motrona Pages: 10

PSS67 IO1 16FDI

Brand: Pilz Pages: 36

Brands by name

0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Popular brands

Load more brands