Analog Devices EVAL-AD2428WD1BZ Manual de usuario

Page 1of 6

User´s Guide: Configuring the EVAL-AD2428WD1BZ

Evaluation Board as a Local Power Slave Node

Purpose

The purpose of this document is to guide the user to evaluate the EVAL-AD2428WD1BZ board

(hereafter referred to as WD1BZ) in the following configurations:

•WD1BZ Master Node <---> WD1BZ Local Powered Slave (LPS) Node using the ADAU1452

SigmaDSP Audio Processor & ADAU1761 SigmaDSP Audio CODEC

Contents

Purpose............................................................................................................................................................................ 1

System and Software Requirements ................................................................................................................................. 2

Hardware Requirements................................................................................................................................................... 2

Procedure ........................................................................................................................................................................ 3

Jumper Settings............................................................................................................................................................ 3

LPS board Jumper Connections.................................................................................................................................... 4

Audio Routing –Block Diagram.................................................................................................................................. 5

Instructions.................................................................................................................................................................. 5

Page 2of 6

System and Software Requirements

S. No

Software Component

Version

Comments

A2B Software*

19.4.0*

Copy the DLL’s (A2B.DLL, A2BStack.DLL) into SigmaStudio

Installation Directory. Refer to the A2B Quick Start Guide for more

details (C:\Analog Devices\ADI_A2B_Software-Rel19.4.0\Docs)

SigmaStudio

4.6*

SigmaStudio 4.6 product page:

https://www.analog.com/en/design-center/evaluation-hardware-

and-software/software/ss_sigst_02.html#software-overview

*Please contact A2B SW team for latest updates.

Hardware Requirements

S. No

Name of Board

Type of Board/ Node

Quantity

EVAL-AD2428WD1BZ Rev. 1.1

Master/ Local Powered Slave (LPS)

Twisted Pair A2B Cable with DuraClik Connectors

12V Power Supply

USBi I2C Adapter

v1.5

Audio source (non-grounded)

e.g., PC/Mobile phone

Aux Cable

Audio Sink Devices

3.5mm Jack Headphones

SPDIF cable

SPDIF input source like say e.g., AP

SPDIF output sink e.g., AP

Page 3of 6

Procedure

WD1BZ Master Node <---> WD1BZ Local Powered Slave (LPS) Node Using the ADAU1452

SigmaDSP Audio Processor & ADAU1761 SigmaDSP Audio CODEC

Jumper Settings

Place the jumpers on WD1BZ Master and WD1BZ LPS boards as per the tables below.

Jumper

Master

Comments

JP1 (A2B power)

Install

JP2

Uninstall

Install when phantom power or hybrid power support is required

JP3

Uninstall

JP4 (BOOT)

Install

Self-Boot option disabled

JP5 (BCLK)

3-4

ADAU1452_BCLK_OUT0 -> AD2428_BCLK

JP6 (SYNC)

3-4

ADAU1452_LRCLK_OUT0 -> AD2428_SYNC

JP7 (DRX0)

3-4

ADAU1452_SDATA_OUT0 -> AD2428_DRX0

JP8 (DRX1)

2-3

ADAU1452_SDATA_OUT1 -> AD2428_DRX1

If Secondary Rx data line DRX1 is desired. Uninstall if only primary data

line DRX0 is required.

JP9 (DTX1)

3-4

AD2428_DTX1 -> ADAU1452_SDATA_IN1

If Secondary Tx data line DTX1 is desired. Uninstall if only primary data

line DTX0 is required.

JP10 (DTX0)

1-2

AD2428_DTX0 -> ADAU1452_SDATA_IN0

JP11 (ADMP621 CLK)

Uninstall

JP12 (NTC)

Install

JP13 (A2B_REG)

Uninstall

JP14 (VOLTAGE)

Uninstall

Install/ Uninstall depending on VIN requirement.

Installed -> VIN = 7V

Uninstalled -> VIN = 8V

JP19 (1961 BCLK)

1-2

ADAU1761 MCLK from CLKOUT of ADAU1452

Page 4of 6

Jumper

LPS

Comments

JP1 (A2B power)

Install

JP2

Uninstall

Install when phantom power or hybrid power support is required

JP3

Uninstall

JP4 (BOOT)

Install

Self-Boot option disabled

JP5 (BCLK)

3-4-5

AD2428_BCLK -> ADAU1452_BCLK_OUT0 & ADAU1452_BCLK_IN0

(Use a three-way wire connector –See picture below)

JP6 (SYNC)

JP5(3-4) & JP7(5)

AD2428_SYNC -> ADAU1452_LRCLK_OUT0 & ADAU1452_LRCLK_IN0

JP7 (DRX0)

3-4

ADAU1452_SDATA_OUT0 -> AD2428_DRX0

JP7.5 should be connected to SYNC signals on JP6.3 & JP6.4

(Use a three-way wire connector –See picture below)

JP8 (DRX1)

2-3

ADAU1452_SDATA_OUT1 -> AD2428_DRX1

If Secondary Rx data line DRX1 is desired. Uninstall if only primary

data line DRX0 is required.

JP9 (DTX1)

3-4

AD2428_DTX1 -> ADAU1452_SDATA_IN1

If Secondary Tx data line DTX1 is desired. Uninstall if only primary

data line DTX0 is required.

JP10 (DTX0)

1-2

AD2428_DTX0 -> ADAU1452_SDATA_IN0

JP11 (ADMP621 CLK)

Uninstall

JP12 (NTC)

Install

JP13 (A2B_REG)

Uninstall

JP14 (VOLTAGE)

Uninstall

Install depending on VIN requirement.

Installed -> VIN = 7V

Uninstalled -> VIN = 8V

JP19 (1961 BCLK)

1-2

ADAU1761 MCLK from CLKOUT of ADAU1452

LPS board Jumper Connections

Page 5of 6

Audio Routing – Block Diagram

Instructions

A: Routing of analog signals.

1. Connect the A2B Master node to an LPS Slave node using a A2B UTP cable.

2. Make sure the jumpers are configured as per the tables above.

3. Open the A2B schematics ..\A2B_Project.dspproj.

4. For routing of the analog signals used the ‘..\xml\codec_to and fro’ Master and slave .xml files.

5. Link Compile Download the A2B schematics onto the target

6. Feed audio data by connecting the Aux cable to the Line-In connector J3 of the Master, verify the

audio on the slave node Line-Out J4 with the help of headphones.

7. Feed audio data by connecting the Aux cable to the Line-In connector J3 of the Slave node, verify

the audio on the Master node Line-Out J4 with the help of headphones.

Line-In/ SPDIF-In

Line-Out/ SPDIF-Out

Page 6of 6

B: Routing of SPDIF signals.

1. Connect the A2B Master node to an LPS Slave node using a A2B UTP cable.

2. Make sure the jumpers are configured as per the tables above.

3. Open the A2B schematics ..\A2B_Project.dspproj.

4. For routing of the SPDIF signals used the ‘..\xml\ spdif_to and fro’ Master and slave .xml files.

5. Link Compile Download the A2B schematics onto the target.

6. Feed audio data by connecting the SPDIF cable to the SPDIF-IN J1 of Master node, verify the

audio signals from SPDIF-Output J2 using the Analog decoders on the slave node.

7. Feed audio data by connecting the SPDIF cable to the SPDIF-IN J1 of Slave node, verify the audio

signals from SPDIF-Output J2 using the Analog decoders on the Master node.

===============================END==================================

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