BD34301EKV Evaluation Board...1 This terminal is direct output from IV Conversion Amp. 2 Refer to...

1/15

© 2020 ROHM Co., Ltd. No. 63UG069E Rev.003

APR.2021

User's Guide

32-bit, 768 kHz Sampling Stereo Audio D/A Converter

BD34301EKV Evaluation Board

IC Introduction

BD34301EKV is a 32-bit Stereo Audio D/A Converter with ROHM original sound quality design, realizing excellent performance (SNR: 130 dB

(Typ), THD+N: -115 dB (Typ))*1 suitable for high-end audio. Different type sound is realized by selecting 2 kinds of digital FIR filters (Sharp Roll-

Off, Slow Roll-Off). PCM I/F supports up to 768 kHz and DSD I/F supports up to 22.4 MHz.

*1 BD34301EKV-EVK is tuned for listening evaluation. Electrical performance, External CR values are different from BD34301EKV Datasheet. （SNR: 125 dB (Typ) at Balance Output)

BD34301EKV Block Diagram

Recommended Operating Conditions

Item Symbol Ratings Unit

Power Supply Voltage

AVCC*1 4.5 to 5.5

V DVDDIO 3.0 to 3.6

DVDD 1.4 to 1.6

Operating Temperature Topr -25 to +85 °C

*1 AVCC, AVCC_R, AVCC_L in Block Diagram.

Package

HTQFP64BV (64 pin, 0.5 mm pitch)

W(Typ) D(Typ) H(Max)

12.0 mm x 12.0 mm x 1.00 mm

IOUT_LP

IOUT_LN

IOUT_RP

IOUT_RN

AVCC

VREF_L

VREF_R

AGND

BCLK

LRCLK/DSD2

DIN/DSD1

MCLK /DSDCLK

Lch Output(Differential)

PCM

I/F

Current

Segment

VREF

2wire

I/F

Master

Clock

System

Control

BC

LK

DIN

LR

CLK

Over

Sampling

Digital

Filter

ΔΣ

Modulator

Audio

Function

Control

DSD

I/F

DSD

CLK

RESETB

AD

DR

2

SD

A

SC

L

AG

ND

3_R

AV

CC_L

AV

CC3_L

AV

CC2_L

AV

CC1_L

AG

ND

3_L

AG

ND

2_L

AG

ND

1_L

DV

DD

1

DG

ND

1

DV

DD

2

DG

ND

2

DV

DD

IO1

DV

DD

IO2

Rch Output(Differential)

Current

Segment

AG

ND

2_R

AG

ND

1_R

AV

CC1_R

AV

CC2_R

AV

CC3_R

AV

CC_R

AD

DR

1

EXT_RES_R

EXT_RES_L

2/15


APR.2021

User's Guide BD34301EKV-EVK

Evaluation Board Block Diagram

Evaluation Board

External

PCM/DSD Input

Coaxial

SPDIF Input

AKM

AK4118AEQ

MCU

(16 modes setting)

32-bit 768 kHz Sampling Stereo Audio D/A Converter

BD34301EKV

Rotary Switch

(For Mode selection)

Execution

Switch

Select

AK4118A

CN14

CN13

Reset

Switch

Audio Regulator

BD37201NUX

GND +15V

Power Supply

GND +15V

Power Supply

-15V

Power Supply

Single Output

Lch (RCA)

Balance Output

Lch (XLR)

Single Output

Rch (RCA)

Balance Output

Rch (XLR)

CN45

CN44

CN42

CN43 SW6

XLR Polarity

Switch

SW5

Regulator Status LED (ACTIVE: Lighting) MCU Status LED (BUSY: Blinking)

2-wire I/F

Device Address "38h"

ROHM32-bit Stereo Audio DAC

BD34301EKV

Balance - Rch(XLR)

Lch

GND

Single - Rch(RCA)

Single - Lch(RCA)

Balance - Lch(XLR)

DATA

LRCLK

BCLK

MCLK

ExternalInput

SCL

SDA

AKMAK4118AEQ

CoaxialInput

MCU

Rch

+15V

GND(AGND/AGND1/AGND2/AGND3)(DGND1/DGND2)

+5 V(AVCC/AVCC1)

+15V -15VGND

-15V(For OP-amp)

+15V(For OP-amp)

CN14

CN13

RESETRESETSwitch

ExecutionSwitch

LM317SLM317S

+5 V(AVCC2/AVCC3)

+1.5 V(DVDD)

ROHMBD37201NUX

ROHMBD37201NUX

LM317S

IOUT_LN*1

IOUT_LP*1

IOUT_RN

IOUT_RP

NOP*2

*1 Signal Polarity changed by Audio Output Polarity register 14h.*2 Op-amp for Balanced Ouput is not implemented. Please prepare Op-amp for BAL Output.*3 IV Conversion Amp

1

2

3

1

2

3

SW6

SW5

CN42

CN43

CN45

CN44

NOP*2

NOP*2

NOP*2

*3

*3

*3

*3

+3.3 V(DVDDIO)

3/15


APR.2021


Hardware Setup (Proceed set-up procedure from "A" to "G" in sequence)

1) Connect "+15V Power Supply" to “A”.

2) Connect "±15V Power Supply" to “B”.

3) Connect "Coaxial SPDIF Input" to “C”.

4) Connect "Single Output" or "Balance Output" to “D”.

Start-up/Shutdown Procedure

Start-up Procedure

1) Power Amplifier connecting Evaluation Board Output set to "Mute ON".

2) Set "+15V Power Supply" turn "ON".

3) Set "±15V Power Supply" turn "ON".

4) Push Reset switch “E”.

5) Turn the Rotary Switch "F" to select Mode.

6) Push Execution Switch “G”.

7) MCU status indicator LED will blink during BUSY. Wait for LED to turn off.

8) Power Amplifier connecting Evaluation Board Output set to "Mute OFF".

9) Start playback.

Shutdown Procedure

1) Stop playback.

2) Power Amplifier connecting Evaluation Board Output set to "Mute ON"

3) Set "±15V Power supply" turn "OFF".

4) Set "+15V Power supply" turn "OFF".

GND -15V +15V

Power Supply

(±15V)

Coaxial

SPDIF Input

around 40 mA (@After Start-up sequence 3)

GND

Power Supply

(+15V)

+15V

around 40 mA (@After Start-up sequence 3)

G

C

A B

D

D

Single - Lch

(RCA)

Balance - Lch

(XLR)

Single - Rch

(RCA)

Balance - Rch

(XLR)

F E

4/15


APR.2021


Mode Selection

There are 16 Modes selectable on BD34301EKV Evaluation Board, as listed in the following table:

It is possible to select each mode by Rotary Switch.

Mode No. of Rotary Switch

Format Filter Type

Input MCLK

FIR Filter*4 Over Sampling Rate Sampling Frequency

fs [kHz]

FirAlgo [3:0]

FirCoef [2:0]

X8 X16 x32 x64 x128 x256 44.1 / 48

88.2 / 96

176.4 / 192

352.8 / 384

705.6 / 768

Mode 0*1

PCM (I2S)

Sharp1

Coaxial SPDIF

512 x fs 1h 0h O O

Mode 1*1 256 x fs 2h 1h O O


Mode 3*1 External

PCM (I2S)

22.579 MHz (fs=705.6 k) 24.576 MHz (fs=768 k)

8h 0h O O

Mode 4 Not Available

Mode 5*2

Sharp2

Coaxial SPDIF

512 x fs 1h 0h O O



Mode 8*2*3

Slow

512 x fs 1h 3h O O


Mode A*2 128 x fs 4h 5h O O

Mode B*2

－

External PCM (I2S)

22.579 MHz (fs=352.8 k, 705.6 k)

24.576 MHz (fs=384 k, 768 k)

8h 0h O

Mode C*2 8h 0h O

Mode D*2

DSD － External

DSD －

0h 0h

DSD Filter*5

02 Input Signal: DSD64(2.8M), DSD128(5.6M)

Mode E*2 0h 0h 01 Input Signal: DSD256(11.2M)

Mode F*2 0h 0h 00 Input Signal: DSD512(22.4M)

*1 Mode 0 to 3 are Electrical Characteristics in BD34301EKV Datasheet.

*2 Mode 5 to F are Recommended Settings in BD34301EKV Datasheet.

*3 Although Recommended setting is HpcMode = 1, only Mode 8 uses HpcMode = 0.

*4 Refer to BD34301EKV Datasheet P28 [18. Address 30h, 31h (FIR Filter 1, FIR Filter 2)]

*5 Refer to BD34301EKV Datasheet P23 [11. Address 16h (DSD Filter)]

Mode Setting

1) Push Reset Switch.

2) Turn the Rotary Switch to select Mode.

3) Push Execution Switch.

Mode Change

1) Set to Mute the Power Amplifier connecting Evaluation Board Output to avoid pop-noise when changing Mode in the Rotary

Switch.

2) Do not stop input to "MCLK" when changing Mode, while selecting the "External PCM or DSD" input.

2) Select Mode

1) Push Reset Switch 3) Push Execution Switch

Audio

Source

BD34301EKV

Evaluation

Board

Power

Amplifier

MCLK

BCLK/DSDCLK

LRCLK/DSD2*6

DIN/DSD1*6

Mode setting (by Rotary Switch)

Mute

Speaker

Speaker

Exte

rna

l In

pu

t

2) Do not stop "MCLK"

1) Set "Mute"

Mode Number

*6 DSD1 and DSD2 are swapped because Register 13h sets to 1h on this board.

5/15


APR.2021


Input Terminal

Coaxial SPDIF Input

Connect between BD34301EKV(Center) and "INT_I2S"(Left side)

by using 4 Jumper Pins.

External PCM(I2S) /DSD Input

Connect between BD34301EKV(Center) and "TEST_I2S"(Right side)

by using 4 Jumper Pins.

When using External Input, Pin assignments are as follows.

*1 "DSDCLK" should be input to both the 6pin and 8pin of CN14.

*2 DSD1 and DSD2 are swapped because Register 13h sets to 1h on this board.

DSDCLK*1 DSDCLK*1 DSD1*2 DSD2*2

2 4 6 8

CN14

1 3 5 7

DSD

GND GND GND GND

CN13

7

CN14

8

1

MCLK BCLK DIN LRCLK

2 4 6 8

CN14

1 3 5 7

PCM (I2S)

GND GND GND GND

CN13 CN13

Coaxial SPDIF

BD34301EKV

External

I2S/DSD

CN13

BD34301EKV

TE

ST

_I2

S

INT

_I2

S

INT

_I2

S

TE

ST

_I2

S

Jumper Pins

Jumper Pins

6/15


APR.2021


Output Terminal

UNBAL(RCA) - (default)

The sound quality is tuned using this pin for this EVK.

BAL(THRU-XLR)*1 - (Direct Output from IV Conversion Amp*2)

Connect Jumper Pins to "THRU_P" side at CN42, CN44.

Connect Jumper Pins to "THRU_N" side at CN43, CN45.

The Polarity of XLR (Hot/Cold) can be switched by SW5, SW6.

*1 This terminal is direct output from IV Conversion Amp.

*2 Refer to Page 2, Evaluation Board Block Diagram.

XLR Output Polarity

Switch Position

SW5(Lch) SW6(Rch)

2-HOT, 3-COLD "3-HOT"*3 "2-HOT"

2-COLD, 3-HOT "2-HOT" "3-HOT"

*3 Polarity inverted by register 14h.

BAL(Op-amp-XLR) - (Additional Op-amp needed)*4

Connect Jumper Pins to "NOT THRU_P" side at CN42, CN44.

Connect Jumper Pins to "NOT THRU_N" side at CN43, CN45.

The Polarity of XLR Hot/Cold can be switched by SW5, SW6.

*4 Op-amp for XLR Output is not implemented. Implement prepared Op-amp to U23 and U24.

Operation confirmed: NE5532, OPA2134

XLR Output Polarity

Switch Position

SW5(Lch) SW6(Rch)

2-HOT, 3-COLD "2-HOT" "2-HOT"

2-COLD, 3-HOT "3-HOT" "3-HOT"

Jumper Pin Setting for BAL(THRU-XLR)

Polarity Switch for XLR Output

Jumper Pin setting for BAL(Op-amp-XLR)

Op-amp placement for BAL(Op-amp-XLR)

U23 U24

Jumper Pin

CN

42

THRU_P

CN

43

THRU_N

CN43

THRU_P

CN44

Jumper Pin

CN45 TH

RU

_N

CN45

CN44

CN42

Jumper Pin

CN

42

THRU_P

CN

43

THRU_N

CN43

THRU_P

CN44

Jumper Pin

CN45 TH

RU

_N

CN45

CN44

CN42

SW5 SW6

3HOT 3HOT

2HOT 2HOT

7/15


APR.2021


Evaluation Board Schematic

Click inside Circuit Diagram area to open high resolution Circuit Diagram.

8/15


APR.2021


PCB Patterns

Top Silk

9/15


APR.2021


Bottom Silk

10/15


APR.2021


TOP Layer

11/15


APR.2021


M1 Layer

12/15


APR.2021


M2 Layer

13/15


APR.2021


Bottom Layer

14/15


APR.2021


Bill of Materials

Quantity Type Component No. Manufacturer Product No.

10 0.1 μFC67,C71,C75,C76,C77,C82,

C225,C226,C227,C308Murata GCM188L81H104KA57D

4 0.1 μF C301,C303,C305,C307 Rubycon 25MU104KZ22012

19 0.1 μF

C21,C22,C40,C41,C42,C44,C45,

C47,C49,C51,C52,C54,C55,C208,

C209,C215,C216,C217,C691

Murata GRM21BB11H104KA01L

22 1.5 μF

C72,C99,C100,C101,C102,C103,

C104,C105,C106,C107,C108,C204,

C205,C206,C207,C231,C232,C233,

C242,C244,C246,C248

Rubycon 16MU155MA23216

6 1000 pF C18,C19,C249,C250,C251,C252 WIMA FKP2D011001D00

4 1000 μF C25,C26,C210,C211 ELNA RFS-16V102MJ7#5

15 100 μF

C1A,C1B,C2A,C2B,C200A,C200B,

C201A,C201B,C202A,C202B,C203A,

C203B,C234,C304,C310

ELNA RFS-16V101MH3#5

2 470 μF C235,C236 Toshin Kogyo 1CUTSJ471M0

2 220 μF C237,C238 Toshin Kogyo 1HUTSJ221M0

11 100 μFC37,C38,C43,C46,C48,C50,C53,

C57,C59,C60,C110Nippon Chemi-con EMAR160ADA101MH63G

5 10 μF C23,C24,C31,C32,C302 ELNA RFS-35V100ME3#5

2 10 μF C8,C9 Murata GRM21BR61E106KA73

9 10 μFC27,C28,C58,C212,C213,C219,

C220,C221,C306ARubycon 16MU106MC44532

8 1500 pF C12,C13,C14,C15,C33,C34,C35,C36 WIMA FKP2D011501D00

4 150 pF C68,C228,C229,C230 WIMA FKP2D001501D00

5 180 μF C39,C69,C70,C73,C109 Nichicon PLF1C181MDO1

5 1 μF C63,C222,C223,C224,C309 Murata GRM21BB31E105KA98L

1 220 μF C306 ELNA RFS-16V221MH5#5

2 330 pF C94,C97 WIMA FKP2D003301D00

1 COAX_JACK CN1 SMK LPR6520-0802



2 XLR-M CN19,CN20 Switchcraft PQG3MRA112

2 Terminal(Black) CON2,CON4 Sato Parts TJ-563-B

2 Terminal(Red) CON1,CON5 Sato Parts TJ-563-R

1 Terminal(White) CON3 Sato Parts TJ-563-W

5 Red D5,D7,D10,D27,D30 ROHM SML-E12V8WT86P

2 Yellow D11,D31 ROHM SML-E12Y8WT86

3 0 Ω R80,R92,R300 KOA RK73Z1JTTD

1 10 Ω R306 KOA RK73Z1JTD100J

9 22 ΩR81,R82,R83,R91,R93,R94,R301,

R302,R303KOA RK73B1JTTD220J

1 75 Ω R309 KOA RK73B1JTTD750J

6 100 Ω R2,R3,R200,R201,R202,R203 Am transformer AMRT 1/2W 100Ω

24 560 Ω

R10,R11,R12,R13,R15,R16,R17,

R18,R24,R25,R26,R27,R29,R30,

R31,R32,R37,R38,R39,R40,R224,

R225,R231,R232

Am transformer AMRT 1/2W 560Ω

2 910 Ω R47,R48 Am transformer AMRT 1/2W 910Ω

9 10 kΩR60,R63,R70,R72,R74,R77,R102,

R103,R305KOA RK73B1JTTD103J

1 10 kΩ(F) R304 KOA RK73H1JTTD1002F

4 1 kΩ R33,R34,R204,R205 Am transformer AMRT 1/2W 1kΩ

3 130 kΩ R52,R217,R219 Yageo MFR-25FBF52-130K

1 150 kΩ R215 Yageo MFR-25FBF52-150K

2 2.2 kΩ R58,R59 KOA RK73B1JTTD222J

1 2.4 kΩ R55 KOA RK73B1JTTD242J

2 22 kΩ R4,R5 Yageo MFR-25FBF52-22K

6 3.3 kΩ R53,R99,R100,R220,R307,R308 KOA RK73B1JTTD332J

4 330 Ω R35,R36,R206,R207 Am transformer AMRT 1/2W 330Ω

3 56 kΩ R50,R214,R216 Yageo MFR-25FRF52-56K

1 68 kΩ R218 Yageo MFR-25FRF52-68K

2 100 kΩ R223,R228 Am transformer AMRT 1/2W 100kΩ

4 300 Ω R226,R227,R229,R230 Am transformer AMRT 1/2W 300Ω

Capacitor

Resistor

LED

Connector

15/15


APR.2021


Quantity Type Component No. Manufacturer Product No.

1 Rotary Switch S1 Excel Cell Electronic ERD216RSZ

1 SPDT Switch SW1 NKK Switches SS-12SBP2

2 Tactile Switch SW2,SW3 Alps Alpine SKHHAJA010

2 DPDT Switch SW5,SW6 NKK Switches SS-22SDP2

1 Selector U14 ON Semiconductor 74FST3257

1 DAC U11 ROHM BD34301EKV

4 Audio Regulator U9,U19,U20,U21 ROHM BD37201NUX

4 LDO U7,U8,U17,U18 Texas Instruments LM317S

1 EEPROM U22 ROHM BR24G1M-3A

1 Digital Isolator U15 Texas Instruments ISO7640FM

4 Op-amp U2,U3,U5,U6 Texas Instruments NE5532ADR

1 MCU U12 Microchip PIC16F88

1 Digital Audio I/F U25 Asahi Kasei Microdevices AK4118AEQ

IC

Switch

6

Notice

ROHM Customer Support System http://www.rohm.com/contact/

Thank you for your accessing to ROHM product informations. More detail product informations and catalogs are available, please contact us.

N o t e s

The information contained herein is subject to change without notice.

Before you use our Products, please contact our sales representative and verify the latest specifica-tions :

Although ROHM is continuously working to improve product reliability and quality, semicon-ductors can break down and malfunction due to various factors.Therefore, in order to prevent personal injury or fire arising from failure, please take safety measures such as complying with the derating characteristics, implementing redundant and fire prevention designs, and utilizing backups and fail-safe procedures. ROHM shall have no responsibility for any damages arising out of the use of our Poducts beyond the rating specified by ROHM.

Examples of application circuits, circuit constants and any other information contained herein are provided only to illustrate the standard usage and operations of the Products. The peripheral conditions must be taken into account when designing circuits for mass production.

The technical information specified herein is intended only to show the typical functions of and examples of application circuits for the Products. ROHM does not grant you, explicitly or implicitly, any license to use or exercise intellectual property or other rights held by ROHM or any other parties. ROHM shall have no responsibility whatsoever for any dispute arising out of the use of such technical information.

The Products specified in this document are not designed to be radiation tolerant.

For use of our Products in applications requiring a high degree of reliability (as exemplified below), please contact and consult with a ROHM representative : transportation equipment (i.e. cars, ships, trains), primary communication equipment, traffic lights, fire/crime prevention, safety equipment, medical systems, servers, solar cells, and power transmission systems.

Do not use our Products in applications requiring extremely high reliability, such as aerospace equipment, nuclear power control systems, and submarine repeaters.

ROHM shall have no responsibility for any damages or injury arising from non-compliance with the recommended usage conditions and specifications contained herein.

ROHM has used reasonable care to ensur the accuracy of the information contained in this document. However, ROHM does not warrants that such information is error-free, and ROHM shall have no responsibility for any damages arising from any inaccuracy or misprint of such information.

Please use the Products in accordance with any applicable environmental laws and regulations, such as the RoHS Directive. For more details, including RoHS compatibility, please contact a ROHM sales office. ROHM shall have no responsibility for any damages or losses resulting non-compliance with any applicable laws or regulations.

When providing our Products and technologies contained in this document to other countries, you must abide by the procedures and provisions stipulated in all applicable export laws and regulations, including without limitation the US Export Administration Regulations and the Foreign Exchange and Foreign Trade Act.

This document, in part or in whole, may not be reprinted or reproduced without prior consent of ROHM.

1)

2)

3)

4)

5)

6)

7)

8)

9)

10)

11)

12)

13)

to PAD_VDD_GND5

from JP3, PAD_AGND_S

to PAD_VDD_GND5

to PAD_AGND15

from AGND5

Device Address 20h(W)/21h(R)

POSNEG

5V --> 1.45V(DAC)

DATA Selector

S/PDIF

Rch

Lch

BD34301EKV

ADDR2 ADDR1 0 0 38h(W) / 39h(R) 0 1 3Ah(W) / 3Bh(R) 1 0 3Ch(W) / 3Dh(R) 1 1 3Eh(W) / 3Fh(R)

15V-15V

ADDR1

5V --> 3.32V(DAC) 5V --> 3.32V(DIR)

5V --> 3.32V(USB)

15V -->5V(AVCC)

2 HOT

3 HOT

2 HOT

3 HOT

INT_I2S

TEST_I2S

AK4118A

DXIO768K

Lch

Rch

Rch

Lch

DALON

DALOP

DAROP

DARON

INT_AVCC

EXT_AVCC

VDD_EN1.5V

DVDDIO

GND

BU

SY

ON

OFF

VDD_3.3VDIR_3.3V

USB_3.3V

ON

OFF

ON

OFF

EXT_I2S

DS

D

PW

R

TEST_I2S

DATA_SEL

RESET

ON

OFF

POL_SEL(Lch)

POL_SEL(Rch)

ADDR2

BUF

THRU_N

BUF

THRU_P

BUF

THRU_N

BUF

THRU_P

15V -->5V(LVCC)

INT_LVCC

EXT_LVCC

15V -->5V(DIR)

INT_DIR

EXT_DIR

15V -->5V(VDD)

INT_DACVDD

EXT_DACVDD

NP

CM

ER

RO

R

12

34

56

78

910

CN12GND1 2INA 3INB 4INC 5IND 6NC 7GND1 8GND29

EN10

OUTD11

OUTC12

OUTB13

OUTA14

Vcc216 GND215

Vcc1 1

ISO7640FM

U15

0.1u

C82

0.1u

C77

12

34

56

78 CN18

22R9322R94

21

3456789

1011121314151617181920

USB Type-B

1:SDA2:GND3:SCL4:GND

9:3.3V10:3.3V11:GND12:GND

13:DATA14:GND15:BCK16:GND

17:LRCK18:GND19:MCK20:GND

5:GND6:RST DAC8:DSDON 7:X0BC2

DXIO768K(TOP VIEW)CN17

13579111315

2468

10121416

CN26

123

JP95

SDASCL

2.4k

R55

2.2k

R59

2.2k

R58

0.1u

C71

GND 4

VCC8 A0 1A1 2A2 3SDA5

SCL6

WP7

BR24G1M-3A

U22

10k

R63

0.1u

C76

RA2/AN2/CVREF/VREF-1

RA3/AN3/VREF+/C1OUT2

RA4/AN4/TOCKI/C2OUT3

RA5/_MCLR/VPP4

VSS5

RB0/INT/CCP16

RB1/SDI/SDA7

RB2/SDO/RX/DT8

RB3/PGM/CCP19 RB4/SCK/SCL 10

RB5/_SS/TC/CK 11

RB6/AN5/PGC/T1OSO/T1CKI 12

RB7/AN6/PGD/T1OSI 13

VDD 14

RA6/OSC2/CLKO 15

RA7/OSC1/CLKI 16

RA0/AN0 17

RA1/AN1 18PIC16F88

U12

red

D7

JP10

JP100

JP101

JP102

JP103

JP104

JP105

JP106

JP107

JP11

JP110

JP111

JP112

JP113

JP114

JP115

JP116

JP117

JP118

JP119

JP12

JP120

JP121

JP122

JP123

JP13

JP14

6

JP147

JP15

0

JP157

JP17

JP18

JP23

JP24

JP25

JP26

JP27

JP28

JP29

JP30

JP31

JP32

JP33

JP34

JP35

JP36

JP37

JP38

JP39

JP40

JP41

JP43

JP45

JP46

JP47

JP48

JP49

JP50

JP51

JP52

JP53

JP54

JP55

JP56

JP57

JP58

JP59

JP60

JP63

JP64

JP67

JP69

JP71

JP75JP76JP77JP78

JP79

JP9

JP97

JP98

JP99

12 EXEC

SW2

JPS1

JPS2

JPS4

JP44

JP68

JP70

JP72

JP74

AGND

AGND

AGND15

AGND15

AGND15

AGND15

AGND1_L

AGND1_R

AGND1_L

AGND2_L

AGND2_L

AGND1_R

AGND2_R

AGND2_R

AGND3_L

AGND3_L

AGND3_L

AGND3_R

AGND3_R

AGNDL

AGNDL

AGNDL

AGNDLAGNDLS

AGNDLS

AGNDLS

AGNDR

AGNDR

AGNDR

AGNDRS

AGNDRS

AGNDRS

AVCC_GND5

AVCC_GND5

AVCC_GND5

AVCC_GND5

AVCC_GND5

AVCC_GND5

AVCC_GND5

AVCC_GND5

AVCC_GND5

AVCC_GND5

AVGNDL

AVGNDL

AVGNDR

AVGNDR

AVGNDR

DGND2

DGND2

DIR_GND3V3

DIR_GND3V3

DIR_GND5

DIR_GND5

DIR_GND5

DIR_GND5

LVCC_GND5

LVCC_GND5

LVCC_GND5

USB_GND3V3

USB_GND3V3

USB_GND3V3

USB_GND3V3

USB_GND3V3

VDD_GND1V5

VDD_GND1V5

VDD_GND3V3

VDD_GND3V3

VDD_GND5

VDD_GND5

VDD_GND5

AVCC

AVCC1_LAVCC1_R

AVCC2_L

AVCC2_R

AVCC3_L

AVCC3_R

AVCC_5V

AVCC_5V

AVCC_5V

AVCC_5V

AVCC_5V

AVCC_5V

AVCC_L

AVCC_R

LVCC_5V

LVCC_5V

LVCC_5V

LVCC_5V

LVCC_5VVDD_1V5 VDD_1V5_2

VDD_3V3

VDD_3V3 VDD_3V3_2

JP42

DIR_3V3

USB_3V3

142 8

C1C2

087

456 3

9A

FE

CB D

12

S1LR

CLK_

DAC

DIN

_DAC

BCLK

_DAC

MCK

_DAC

LRCLK_EDIN_E

BCLK_E

MCK_E

JP130 JP131

JP15

1

PAD_AGND15

AGNDR

JP156

PAD_VDD_GND5

PAD_AGND_S

0R9222R91

USB_3V3

USB_GND3V3

JP158

AGND

JP159

AGND1_R

JP160

AGND1_L

JP152

JP153

JP154

JP155

AGND AVCC_GND5

VDD_GND3V3VDD_GND5

VDD_GND1V5 VDD_GND3V3

JP148

JP149

VDD_GND3V3USB_GND3V3

JP144

JP145

DIR_GND3V3VDD_GND3V3

JP142

JP143

AGND2_LLVCC_GND5

JP161

JP162

VCC_15V

CON5

GND5

GND5

GND5

EXT_15V

AVCC_5V

1 23 4

CN32

AVCC_GND5

1 23 4

CN31 LVCC_5V10u

C213

DIR_GND5_1

VDD_GND5

1 23 4

CN30 DIR_5V10u

C27

1 23 4

CN28

DAC_VDD

DAC_VDD10u

C28

EXT_15V

EXT_15V

AVCC_GND5

AVCC_5V

LVCC_5V

DIR_GND5

DIR_5V

VDD_GND5

1 23 4

CN6

0.1u

C67

150p

C68

1.5u

C72

DIR_GND5

DIR_3V3

DIR_GND5

DIR_5V DIR_3V3

VO 1VS 2GND 3BC 4EN5

BAO6

BAS7

VIN8

GN

DE1

BD37201NUX

U9

NO

P

C74

1 23 4

CN27

0.1u

C225

150p

C228

DIR_GND5

USB_3V3


BAO6

BAS7

VIN8

GN

DE1

BD37201NUX

U19

100u

C234

USB_3V3

100u

C37

100u

C38

CHKAVCC1_R

DG

ND

2

AGND2_L

AVCC2_L

AVCC3_L

AVCC

3_R

AGN

D_3

R

AGN

D2_

RAV

CC2_

R

CHK2

VDD

_1V5

_2

VDD

_3V3

_2

180u

C69

AGND2_L

AGND2_R AGND3_R

DGND2

AVCC1_R

AVCC

2_L

AVCC

3_R

AVCC

3_L

AVCC

2_R

VDD_1V5

VDD

_1V5

_2

VDD

_3V3

_2

AGND

NC

49

AGN

D1_

L50

IOU

T_LP

51

IOU

T_LN

52

AGN

D2_

L53

NC

54

AVCC

2_L

55

AVCC

3_L

56

NC

57

AGN

D3_

L58

DG

ND

259

MCL

K60

DVD

DIO

261

NC

62

DVD

D2

63

DVD

D1

64

RESETB 1

DGND1 2

SDA 3

SCL 4

ADDR1 5

ADDR2 6

DVDD1 7

NC 8

DGND1 9

NC 10

DVDDIO1 11

BCLK/DSDCLK 12

LRCLK/DSD2 13

DIN/DSD1 14

DGND1 15

NC 16

DVD

D1

17

NC

18

NC(

MU

TEB)

19

NC(

ZDET

R)

20

NC(

ZDET

L)21

NC

22

AGN

D3_

R23

NC

24

AVCC

3_R

25

AVCC

2_R

26

NC

27

AGN

D2_

R28

IOU

T_R

N29

IOU

T_R

P30

AGN

D1_

R31

NC

32

AVCC1_R33

AVCC_R34

AVCC_R35

AVCC_R36

AVCC_R37

VREF_R38

AGND39

EXT_RES_R40

EXT_RES_L41

AVCC42

VREF_L43

AVCC_L44

AVCC_L45

AVCC_L46

AVCC_L47

AVCC1_L48

EXP

E1

BD34301EKV

U11

0.1u

C41

0.1u

C40

0.1u

C691

TEST1 VDD_1V5

VDD_3V3

DG

ND

1

SCL1

SDA1

NO

P

R56

NO

P

R57

DVD

DIO

AVCC_R

AGND1_R

AVCC_R

AGND1_R

AVGNDR

AVGNDR

AVCC

AVCC_L10

0u

C50

AGND

AGND

AVCC

AVGNDL

AGND1_L

AGND1_L

AVCC1_L

AVCC1_L

1IN-2

1IN+3

2IN+ 52IN- 62OUT 71OUT1 Vcc+ 8

Vcc-4

OPA2132

U23

560R231

560

R23

2

GND5

AGND5

CON4

NOPC239

GND5

AGND15

CON2

VCCN_15V

CON3

VCCP_15V

CON1

VCCP_15VVCCN_15V

AGND15

AGND15

10uC8 10uC9

220u

C238

220u

C237

13

46

2 5

CN7

VDD_GND3V3

VDD_GND1V5

JPS3

DIR_GND3V3

DIR_GND3V3

USB_GND3V3

JPS5

JPS6

JPS7

JPS8

JPS9

JPS10

JPS11

JPS12

JPS13

JPS14

JPS15

JPS16

JPS17

JPS18

JPS19

JPS20

JPS21

JPS22

JPS23

JPS24

JPS25

JPS26

1

2

3

NOPSW4

VDD_GND1V5_1

USB_GND3V3

VDD_1V5_1

VDD_3V3_1

CN94

DIR_GND3V3_1

1 23 4

CN351u

C224

1.5u

C233

150p

C230

0.1u

C227

1 23 4

CN39

EXT_VDD_3V3

VDD_GND3V3

JP91

JP92

JP93VDD_GND3V3

VDD_GND3V3

VDD_GND5

DAC_VDD

CN38

VDD_3V3


BAO6

BAS7

VIN8

GN

DE1

BD37201NUX

U20

470u

C236

VDD_3V3

VDD_GND5_1

1 23 4

CN34

1 23 4

CN37

0.1u

C226

1.5u

C232

180u

C70

150p

C229

1u

C223

VDD_GND1V5

EXT_VDD_1V5

JP89

JP90

JP96VDD_GND1V5

VDD_GND1V5

CN36

VDD_1V5


BAO6

BAS7

VIN8

GN

DE1

BD37201NUX

U21

470u

C235

VDD_1V5

VDD_GND5

VDD_GND5_2

LVCC_GND5

LVCC_GND5

123

JP3

Rch_GND

2

3RCA

CN1

JP1

Rch_1PIN

100k

R22

8JP

163

31 2

3

XLR-Male

1 2

CN19100R200

1A

COMA

2A

1B

COMB

2BSW6

Rch_3PINRch_2PIN

1 23 4

CN42

300R229

300R230

123

JP4

Lch_GND

2

3RCA

CN2

JP2

100k

R22

3JP

166

AGND_L

JP8

AVCC_L

AVGNDL

JP128

JP129

JP132

JP133

JP134

JP135

JP136

JP137

AGND1_R

AGND3_R

AVCC_GND5

AVCC_GND5

LVCC_GND5

GND5

GND5

AGND15

JP124

JP125

AGND1_LAVGNDL

JP140

JP141

AGND2_RLVCC_GND5

JP138

JP139

LVCC_GND5GND5

31 2

3

XLR-Male

1 2

CN20

Lch_2PINLch_3PINLch_1PIN

100R202

100R203

1A

COMA

2A

1B

COMB

2BSW5

1 23 4

CN44

1 23 4

CN45300R226

300R227

100R2011 23 4

CN43

AGNDL

DIR_GND5_2

2

3RCA

CN15

S/PDIF(coax)

10

R306

DIR_GND3V3

100uC310

JP201

STB

1

VCC

4O

UT

3G

2SP

XO_2

520

X2

0.1u

C308

12

SW3

JP20

2

1

2

3

SW1

0R8022R8122R8222R83

52

14710

811

12 9 6 3

I2S_SELCN13

S1

1B12

1B23

1A4

2B15

2B26

2A7

GND8

Vcc 16

_OE 15

4B1 14

4B2 13

4A 12

3B1 11

3B2 10

3A 9

74FST3257

U14

DIR_5V

DIR_5V_1

DIR_GND5

12

34

56

78

CN14

VDD_GND3V3

0R30022R30122R30222R303

VDD_3V3

0.1u

C301

10u

C302

0.1u

C303

100u

C304

DIR_3V3_1DIR_3V3

JP300

JP302

JP30

3JP

301

ADJ

1

OU

T2

IN3

OU

T4

LM317S

U18

ADJ

1

OU

T2

IN3

OU

T4

LM317S

U7

ADJ

1

OU

T2

IN3

OU

T4

LM317S

U17

ADJ

1

OU

T2

IN3

OU

T4

LM317S

U8

0.1u

C42

0.1u

C45

0.1uC4

9

1.5u

C231

Lch_U

1.5u

C206

1.5u

C205

1.5uC204

100u

C43

0.1u

C51

0.1u

C44

0.1uC47

100u

C48

100u

C53

100u

C110

100u

C46

100u

C60

100u

C59

0.1u

C54

0.1u

C52

180u

C73

0.1u

C215

180u

C39

0.1u

C216

AGN

D3_

L

AGND3_L

180u

C109

0.1u

C217

0.1u

C55

100u

C57

10u

C212

10u

C219

10u

C58

10u

C220

220u

C306

0.1u

C307

560

R37

560

R38

1500p

C33

1000p

C249

1500p

C36

1000p

C250

1000pC251

1500p

C34

560

R39

560

R40

1500p

C35

1000p

C252

10u

C31

1.5u

C105

1IN-2

1IN+3


Vcc-4

NE5532

U5

1.5uC103

10uC23

JP21

AGNDRS

JP15

JP19

AGNDR

JP16

5

JP16

4

560

R26

560

R27

0

R20

0

R19

1500

p

C12

1500

p

C13

1.5u

C101

1IN-2

1IN+3


Vcc-4

NE5532

U2560

R11

560

R10

560

R16

560

R15

560

R30

560

R29

AGNDRS

AGND_R

JP5

JP7

AGNDR

100

R2

Rch_U

1.5u

C107

JP168

1IN-2

1IN+3


Vcc-4

NE5532

U6

1.5u

C106

10u

C32

JP20 JP

22

JP16

1.5uC104

AGNDL AGNDLS

10u

C24

1IN-2

1IN+3


Vcc-4

NE5532

U3

1500

p

C14

0

R22

0

R21

560

R24

560

R25

560

R31

560

R32

560

R12

560

R18

560

R17

560

R13

AGNDLS

JP167

1.5u

C99

NO

P

C6

1.5u

C242

NO

PC2

41

NO

P

C243

1.5u

C244

1.5u

C207

NO

PC9

5

330p

C94

1000

p

C18

NO

PC9

3

NO

PC1

0

NO

PC9

8

330p

C97

1000

p

C19

NO

PC1

1

1.5u

C102

1500

pC1

5

NO

PC9

6

JP6

1.5u

C108

NO

P

C7

1.5u

C100

1IN-2

1IN+3


Vcc-4

OPA2132

U24

560R224

560

R22

5

NO

P

C245

1.5u

C246

NO

P

C247

1.5u

C248

1u

C309

75

R30

9

910

R48 910

R47

10k

R60

10k

R70

10k

R72

10k

R74

10k

R77

10k

R10

2

0.1u

C75

10k

R10

3

10k

R30

5

0.1u

C305

10k(

F)R

304

1kR

33

1kR

34

1kR

204

0.1u

C208 10

00u

C211

0.1u

C209

1kR

205 10

00u

C210

330

R207

330

R206

0.1u

C22

330

R36

1000

u

C26

1000

u

C25

330

R35

0.1u

C21

130kR52

130k

R217

56k

R21

456

kR

50

1u

C222

1u

C63

red

D27

red

D5

3.3k

R53

10u

C221

130kR219

redD28

3.3k

R222

68kR218

redD29

5.1k

R22

1

150k

R21

556

kR

216

22k

R4

100

R3

22k

R5

3.3k

R99

3.3k

R10

0ye

llow

D11

red

D10

3.3k

R220

3.3k

R30

7

3.3k

R30

8

red

D30

yello

w

D31

ADJ

1

OU

T2

IN3

OU

T4

BA1117FP(NOP)

U30

ADJ

1

OU

T2

IN3

OU

T4

BA1117FP(NOP)

U31

ADJ

1

OU

T2

IN3

OU

T4

BA1117FP(NOP)

U32

ADJ

1

OU

T2

IN3

OU

T4

BA1117FP(NOP)

U33

10u

C306

A

100uC200

100uC200A

100uC201

100uC201A

100u

C1

100u

C1A

100u

C2

100u

C2A

100u

C202 100u

C202A

100u

C203 100u

C203A

IPS0/RX41

NC2

DIF0/RX53

TEST24

DIF1/RX65

VSS16

DIF2/RX77

IPS1/IIC8

PSN9

XTL111 XTL010

VIN/GP012

TVD

D13

GP1

14

TX0/

GP2

15

TX1/

GP3

16

BOU

T/G

P417

COU

T/G

P518

UO

UT/

GP6

19

VOU

T/G

P720

DVD

D21

VSS2

22

MCK

O1

23

LRCK

24

SDTO 25BICK 26MCKO2 27DAUX 28XTO 29XTI 30PDN 31CM0/CDTO/CAD1 32CM1/CDTI/SDA 33

OCKS0/CSN/CAD0 35

OCKS1/CCLK/SCL 34

INT0 36

INT1

37AV

DD

38R

39VC

OM

40VS

S341

RX0

42N

C43

RX1

44TE

ST1

45R

X246

VSS4

47R

X348

AK4118AEQ

U25

SDA

SCL

ADDR1ADDR2TEST2TEST3TEST4TEST5TEST6TEST7

GN

DVD

D

SCLSDA

BCK

DIN_DACLRCK_DAC

BCLK_DACMCK_DAC

LRCKSC

KO

ISO

_DIN

ISO

_BCL

KIS

O_L

RCL

KIS

O_M

CKD

OU

T

DIN

_TLR

CLK_

TBC

LK_T

MCK

_T

BD34301EKV Evaluation Board...1 This terminal is direct output from IV Conversion Amp. 2 Refer to...

Documents

Transcript of BD34301EKV Evaluation Board...1 This terminal is direct output from IV Conversion Amp. 2 Refer to...

BD34301EKV Evaluation Board...*1 This terminal is direct output from IV Conversion Amp. *2 Refer to...

Documents

Transcript of BD34301EKV Evaluation Board...*1 This terminal is direct output from IV Conversion Amp. *2 Refer to...

BD34301EKV Evaluation Board...1 This terminal is direct output from IV Conversion Amp. 2 Refer to...

Transcript of BD34301EKV Evaluation Board...1 This terminal is direct output from IV Conversion Amp. 2 Refer to...