background image

3.3V

1.0V

3.3V

1.0V

GND

GND

X-SDZ

3.3V

3.3V

X1D3513

X1D3615

X1D3718

X1D3820

X1D1825

X1D1926

X1D1451

X1D1553

X1D2054

X1D2155

X1D0272

X1D0374

X1D0475

X1D0576

X1D0677

X1D0779

X1D0882

X1D0984

X1D0085

X1D0186

X1D41107

X1D42108

X1D43109

X1D40106

X1D26112

X1D27113

X1D28114

X1D29115

X1D30116

X1D31117

X1D32118

X1D33119

X1D3921

X1D1622

X1D1723

X1D10121

X1D11122

U4BXEF216-512-TQ128-C20

VDDIOL6

VDD11

VDDIOL14

VDD16

VDD17

VDDIOL19

VDD24

VDDIOL29

VDD36

VDD41

VDDIOL42

VDDIOR52

VDD56

VDD60

NC65

VDDIOR67

VDD73

VDDIOR78

VDD80

VDD81

VDDIOR83

VDD87

VDDIOR92

VDD101

VDD102

PLL_AVDD103

PLL_AGND104

OTP_VCC105

VDDIOT110

VDDIOT111

VDD120

USB_VDD3344

USB_VDD49

NC50

VDD126

PAD129

U4EXEF216-512-TQ128-C20

3.3V

3.3V

3.3V

SCL-XMOS

3.3V

3.3V

3.3V

3.3V

DOUT-XMOS

X0D363

X0D374

X0D385

X0D397

X0D408

X0D419

X0D4210

X0D4312

X0D0127

X0D1028

X0D0030

X0D0431

X0D1132

X0D0533

X0D0634

X0D0735

X0D0237

X0D0338

X0D0839

X0D0940

X0D1457

X0D1558

X0D2059

X0D2161

X0D1262

X0D1363

X0D2264

X0D2366

X0D1668

X0D1769

X0D1870

X0D1971

X0D2488

X0D2589

X0D3490

X0D3591

X0D2693

X0D2794

X0D3295

X0D2896

X0D3397

X0D2998

X0D3099

X0D31100

U4AXEF216-512-TQ128-C20

LRCK-XMOSBCLK-XMOS

Translators

33.2

R1550V0.1uF

C34

10.0kR102.20k

R22.20kR347.0k

R447.0kR547.0kR647.0kR733.2

R933.2

R1333.2

R1433.2

R16

1.00kR1

24MHz

VDD4

OE/STANDBY1

GND2

OUT3

Y1

3.3V

3.3V

X-RSTNX-TCKX-TMSX-TDOX-TDI

3.3V

GND

3.3V

1.8V

3.3V

25.5k
R28

1.0V

51.0k
R33

10.2k
R26

3.3V

GND

GND

GND

10.2k
R2910.2k

R3010.2k

R2533.2

R23

33.2

R2233.2

R24X-TCKX-TMSX-TDOX-TDIX-TRSTN

1

2

3

4

5

6

J1JTAG

GND

TRST123

RST124
CLK125

TMS127
TCK128

TDO1
TDI2

U4DXEF216-512-TQ128-C20

GND

GND

X-TRSTNX-24M

1A1

GND2

2A3

2Y4

VCC5

1Y6

SN74LVC2G07DSFRU9

GND

3.3V

X-TCKX-TMSX-TDOX-TDI

USB-DPUSB-DMUSB-IDVBUS-IN

GND

GND

GND

GND-USB

GND

USB_ID43
USB_VBUS45

USB_DP46

USB_DM47

USB_RTUNE48

U4CXEF216-512-TQ128-C2050V0.1uF

C39

10.0kR27

16V2.2uFC40

GND

100k
R31

L150V0.1uF

C1

GND

3.3V

50V0.1uF
C2

GND

3.3V

50V0.1uF
C3

GND

3.3V

50V0.1uF
C4

GND

3.3V

50V0.1uF
C5

GND

3.3V

50V0.1uF
C6

GND

3.3V

50V0.1uF
C7

GND

3.3V

50V0.1uF
C8

GND

3.3V

50V0.1uF
C9

GND

3.3V

50V0.1uF
C10

GND

3.3V

50V0.1uF
C11

GND

3.3V

50V0.1uF
C12

GND

3.3V

50V0.1uF
C13

GND

3.3V

50V0.1uF
C14

GND

3.3V

50V0.1uF
C15

GND

3.3V

50V0.1uF
C16

GND

3.3V

XMOS DECOUPLING

50V0.1uF
C17

GND

3.3V

X-SDZ

3.3V

10.0kR21X-IRQZX-IRQZBlue

D1USB RDY

ENABLE1

GND2

SENSE3

SENSE_OUT4

CT5

VCC6

TPS3897ADRYRU8

0R34

1

2

3

J9SCL

1

2

3

J11SDA

I2C

GND

1

2

3

J3FSYNC

1

2

3

J4SBCK

1

2

3

J5SDIN

1

2

3

J6GPIO

GND

I2S

X-LRCKX-BCLKX-SDAX-SCLLRCK-XMOSDOUT-XMOSBCLK-XMOSBCLK-XMOSMCLK-XMOS

MCLK-XMOSX-DINX-GPIO

SBCLK

DUT

X-SDZX-IRQZ

GND

GND

3.3V

X-DOUT

1.8V

GND

1.0V

0.1uF50V
C27

GND

1.0V

0.1uF50V
C26

GND

1.0V

0.1uF50V
C18

GND

1.0V

0.1uF50V
C19

GND

1.0V

0.1uF50V
C20

GND

1.0V

0.1uF50V
C21

GND

1.0V

0.1uF50V
C22

GND

1.0V

0.1uF50V
C23

GND

1.0V

0.1uF50V
C24

GND

1.0V

0.1uF50V
C25

GND

1.0V

0.1uF50V
C28

GND

1.0V

0.1uF50V
C29

GND

1.0V

0.1uF50V
C30

GND

1.0V

0.1uF50V
C31

GND

GND

50V0.1uF

C3250V0.1uF

C33

1.8V

1.8V

3.3V

GND

0
R390

R38

3.3V

GND

SCL-1.8VSDA-1.8V

SDA_B1

GND2

VCCA3

SDA_A4

SCL_A5

OE6

VCCB7

SCL_B8

TCA9406DCURU3

1.8V

SDA-BYPSCL-BYP

J8I2C VCC10.0k

R40

GND

IN = Bypass

SCL-1.8VSDA-1.8VSDA-BYPSCL-BYPX-SCLX-SDA

GND2

VCC5

SN74LVC2G34DRLRU5C

GND2

VCC5

SN74LVC2G34DRLRU11C

DIR115

DIR216

A11

A22

A33

A44

DIR35

DIR46

OE7

GND8

B49
B310
B211

B112

VCCB13

VCCA14

SN74AVC4T774RSVRU10MCLK-XMOS

MCLK-XMOSSCL-XMOSSDA-XMOS

XMOS DECOUPLING

GND

50V0.1uF

C59

GND

3.3V

GND

3.3V

50V0.1uF

C60

GND

3.3V

50V0.1uF

C6150V0.1uF

C62

GND

GND

50V0.1uF

C63

GND

50V0.1uF

C64

GND

50V0.1uF

C65

1.8V

1.8V

1.8V

1.8V

SDOUTSDZIRQZ

SDOUT

IRQZ

SDZ

GPIO

FSYNC

SDIN

1.8V

XIN-24MX-24M

GND

GND

1.8V

1.8V

6

1

U11A

4

3

U11B

6

1

U5A

4

3

U5B

VBUS1

D-2

D+3

ID4

GND5

6

7

8

1

1

10

9

J2USB

J12X-DOUTX-DOUTX-DOUT

GND

J14SDOUT

GND

*** CAUTION: DO NOT BYPASS WHEN I2C = 3.3V ***

470pFC41

A11

A22

B13

B24

GND5

EN6

COM27

COM18

SEL9

VCC10

TMUX136RSERU2

TO DUT

SCL

SDA

4.75R12

680R11

43.2R32

VCCA1

A12

A23

OE4

GND5

B26

B17

VCCB8

SN74AVC2T244DQERU6

XIN/CLK1

S02

VDD3

VCTR4

GND5

VDDOUT6

VDDOUT7

Y38

Y29

GND10

Y111

SCL/S212
SDA/S113

XOUT14

CDCE913PWRU7

X-SDAX-SCL

GND

GND

1.8V

3.3V

EVM Schematics

www.ti.com

10

SLAU809 – June 2019

Submit Documentation Feedback

Copyright © 2019, Texas Instruments Incorporated

TAS2110EVM User's Guide

7

EVM Schematics

Figure 9. USB Interface

Summary of Contents for TAS2110EVM

Page 1: ...ng of loud speakers Contents 1 Export Control Notice 2 2 Description 2 3 Specifications 2 4 Software 2 5 Device Configuration 3 6 Digital Audio Interfaces 8 7 EVM Schematics 10 8 EVM Layer Plots 13 9 Bill of Materials 16 List of Figures 1 Requesting PPC3 Access 2 2 Default Jumper Settings 4 3 Speaker Connection 5 4 EVM Power 6 5 Windows Playback Devices 7 6 Texas Instruments USB Audio Device Contr...

Page 2: ...from U S Department of Commerce and other competent Government authorities to the extent required by those laws 2 Description TAS2110EVM supports evaluation and development with the TAS2110 device through the following interfaces USB Interface Software control via PurePath Console 3 PPC 3 GUI USB HID USB class audio device compatible with Microsoft Windows 7 External 100 mil headers PSIA I2S TDM i...

Page 3: ...ttings The jumper settings below will configure the EVM for I2C and I2S inputs over USB Table 2 Default Jumper Settings Jumper Setting Description J3 Insert 1 2 FSYNC J4 Insert 1 2 SBCLK J5 Insert 1 2 SDIN J6 Insert 1 2 GPIO J7 1 2 Insert VBAT J7 3 4 Insert VBAT J8 Remove I2C Source Level 3 3 V Out 1 8 V In DO NOT INSERT UNLESS PROVIDING I2C EXTERNALLY AT 1 8 V J9 Insert 1 2 SCL J11 Insert 1 2 SDA...

Page 4: ...red to respond to I2 C address 0x98 8 bit However in the end application it may be configured to one of four addresses shown in section 8 3 2 of the TAS2110 Datasheet If desired the address may be changed on the EVM by configuring R18 R19 R20 and R35 as needed 5 3 EVM Setup Use the following instructions to complete a typical USB driven setup 1 Install PPC3 with the TAS2110 plug in 2 Connect a spe...

Page 5: ... Documentation Feedback Copyright 2019 Texas Instruments Incorporated TAS2110EVM User s Guide Figure 3 Speaker Connection 3 Check that Jumpers match the default jumper configuration shown in Table 2 4 Connect a 5 V supply to connector J16 as shown in Figure 4 ...

Page 6: ...ation Feedback Copyright 2019 Texas Instruments Incorporated TAS2110EVM User s Guide Figure 4 EVM Power 5 Connect a Micro USB Cable from PC to J2 6 Verify that TI USB Audio UAC2 0 is the default playback device by opening the sound dialog from the Windows Control Panel ...

Page 7: ...AS2110EVM User s Guide Figure 5 Windows Playback Devices 7 Set the maximum bit depth using the Texas Instruments USB Audio Device Control Panel found in the system tray Figure 6 Texas Instruments USB Audio Device Control Panel 8 Set the sampling rate Right click TI USB AUdio UAC2 0 Select Properties Click advanced tab Select Rate ...

Page 8: ...s Several headers on TAS2110 allow access to the following digital audio signals I2S Data out SDOUT from the TAS2110 for example current and voltage sense data I2S Data in SDIN to the TAS2110 I2S Word clock or frame sync FSYNC I2S Bit clock SBCLK I2 C Clock SCLK I2 C Data SDA To provide I2S data from an external source Remove jumpers J4 J3 and J5 Connect to SBCK FSYNC and SDIN by using pins 2 3 of...

Page 9: ...exas Instruments Incorporated TAS2110EVM User s Guide Figure 8 ASI Interface Pins To Provide I2 C from an external source Remove Jumpers J11 and J9 Configure I2 C for input logic level Remove J8 for 3 3 V Insert J8 for 1 8 V Connect to SDA and SCL through Jumpers J11 and J9 Pin 2 is Signal Pin 3 is GND ...

Page 10: ...F C8 GND 3 3V 50V0 1uF C9 GND 3 3V 50V0 1uF C10 GND 3 3V 50V0 1uF C11 GND 3 3V 50V0 1uF C12 GND 3 3V 50V0 1uF C13 GND 3 3V 50V0 1uF C14 GND 3 3V 50V0 1uF C15 GND 3 3V 50V0 1uF C16 GND 3 3V XMOS DECOUPLING 50V0 1uF C17 GND 3 3V X SDZ 3 3V 10 0kR21X IRQZX IRQZBlue D1USB RDY ENABLE1 GND2 SENSE3 SENSE_OUT4 CT5 VCC6 TPS3897ADRYRU8 0R34 1 2 3 J9SCL 1 2 3 J11SDA I2C GND 1 2 3 J3FSYNC 1 2 3 J4SBCK 1 2 3 J...

Page 11: ...D019 NC1 GREG13 VDD31 PVDD25 NC9 AD112 VBAT30 SW15 VBST16 SDOUT10 DREG2 OUT_P21 OUT_N26 NC220 NC229 BGND14 IRQ18 GND28 PGND27 NC24 NC23 NC17 NC32 SD7 GPIO22 TAS2110RPPU1 CTRL 16V47 µFC74 GND 50V330pFC75 2 0R42 GND J13VDD 1 8V 25V0 1 µFC42 25V10 µFC474 7uF C44 0 01uFC43 GND GND GND 25V10 µF C5525V10 µF C541 µF16V C53 VBST Pin 16 PVDD Pin 25 GND 16V47 µFC76 GND 4 7µF16VC721 µF C51 www ti com EVM Sch...

Page 12: ...PGND3 L14 VIN5 EN6 PS SYNC7 VINA8 GND9 FB10 PAD11 TPS63001DRCRU14 GND 100R41 GND GND L5 1L5 2 1 0V GND GND GND GND 10V22uFC68 GND 10V22uFC73 2 2uHL5 2 2uHL3 GND 3 3V 10V22uFC67 66 5kR36 100kR37 EN1 GND2 SW3 VIN4 FB5 TLV62568DBVRU13 SW2 U14 INPUT 1 8 5 5VDC 50V0 1uF C3650V0 1uF C5750V0 1uF C7150V0 1uF C6950V0 1uF C66 10µF16VC45 10µF16VC56 EVM Schematics www ti com 12 SLAU809 June 2019 Submit Docume...

Page 13: ...r Plots 13 SLAU809 June 2019 Submit Documentation Feedback Copyright 2019 Texas Instruments Incorporated TAS2110EVM User s Guide 8 EVM Layer Plots Figure 12 TAS2110EVM Top Silk Screen Figure 13 TAS2110EVM Top Solder Mask ...

Page 14: ... 2019 Submit Documentation Feedback Copyright 2019 Texas Instruments Incorporated TAS2110EVM User s Guide Figure 14 TAS2110EVM Top Copper Figure 15 TAS2110EVM Copper Layer 2 Figure 16 TAS2110EVM Copper Layer 3 Figure 17 TAS2110EVM Bottom Copper ...

Page 15: ... EVM Layer Plots 15 SLAU809 June 2019 Submit Documentation Feedback Copyright 2019 Texas Instruments Incorporated TAS2110EVM User s Guide Figure 18 TAS2110EVM Bottom Solder Figure 19 TAS2110EVM Bottom Silk Screen ...

Page 16: ... 050BB TDK J1 J2 Receptacle 2 54 mm 20 x 2 Gold TH Receptacle 2 54 1mm 20 x 2 TH SSQ 120 23 G D Samtec J3 J4 J6 J7 J14 J15 J16 Header 100 mil 2 x 1 Gold TH Sullins 100 mil 1 x 2 230 mil above insulator PBC02SAAN Sullins Connector Solutions J5 J8 Conn Term Block 2POS 3 81 mm TH 2POS Terminal Block 1727010 Phoenix Contact J9 Header 2 54 mm 2 x 2 Gold TH Header 2 5 4 mm 2 x 2 TH PBC02DAAN Sullins Con...

Page 17: ... TH Orange Miniature Testpoint 5003 Keystone U1 U2 6W Boosted Class D Audio Amplifier with IV sense YBG0036 C02 DSBGA 36 YBG0036 C02 TAS2564YBGR Texas Instruments TAS2564YBGT Texas Instruments U3 EEPROM 512 KBIT 400 KHZ 8TSSOP TSSOP 8 24FC512 I ST Microchip U4 Single Bus Buffer Gate With 3 State Outputs DCK0005A LARGE T R DCK0005A SN74LVC1G125DCK R Texas Instruments C3 C15 0 1uF CAP CERM 0 1 µF 25...

Page 18: ...18 SLAU809 June 2019 Submit Documentation Feedback TAS2110EVM User s Guide ...

Page 19: ...pplicable standards and any other safety security or other requirements These resources are subject to change without notice TI grants you permission to use these resources only for development of an application that uses the TI products described in the resource Other reproduction and display of these resources is prohibited No license is granted to any other TI intellectual property right or to ...

Page 20: ...se resources are subject to change without notice TI grants you permission to use these resources only for development of an application that uses the TI products described in the resource Other reproduction and display of these resources is prohibited No license is granted to any other TI intellectual property right or to any third party intellectual property right TI disclaims responsibility for...

Reviews: