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User Guide

EVAL-ADN4693E-1

EVALUATION BOARD CONFIGURATION

analog.com

Rev. 0 | 5 of 9

INPUT AND OUTPUT CONNECTIONS

Table 1

 details the digital input and output connections, and 

Table 2

 details the M-LVDS input and output connections.

Table 1. Digital I/O Connections
Connection

DI

RO

SMA Connector

J1

J2

Terminal Connector

J1-4 via R2

J1-4 via R1

Load Capacitor

None

C2 (not populated)

Termination Resistor

R3

None

Table 2. M-LVDS Input and Output Connections

Receiver

Transmitter

Connection

A

B

Y

Z

SMA Connector

J5

J6

J8

J9

Termination Resistor

RT2

RT1

JUMPER CONNECTIONS

Table 3

 details the jumper configurations.

Table 3. Jumper Configurations
Jumper

Position

Description

LK1

A

Connects the RE pin of the ADN4693E-1 to VCC, which disables the receiver. This places the RO output into a high impedance state.

B

Connects the RE pin of the ADN4693E-1 to the RE connection on the J1-4 screw terminal connector.

C

Connects the RE pin of the ADN4693E-1 to GND, which enables the receiver.

LK2

A

Connects the DE pin of the ADN4693E-1 to VCC, which enables the driver.

B

Connects the DE pin of the ADN4693E-1 to the DE connection on the J1-4 screw terminal connector.

C

Connects the DE pin of the ADN4693E-1 to GND, which disables the driver. This places the Y and Z outputs into a high impedance state.

D

Connects the DE pin of the ADN4693E-1 to the RE pin of the ADN4693E-1. Set the state of both the DE and RE signals using the LK1 jumper.

Summary of Contents for EVAL-ADN4693E-1

Page 1: ... NEEDED A 4 channel oscilloscope A signal generator A 3 0 V to 3 6 V power supply EVALUATION KIT CONTENTS EVAL ADN4693E 1EBZ GENERAL DESCRIPTION The EVAL ADN4693E 1EBZ allows quick and easy evaluation of the ADN4693E 1 200 Mbps full duplex multipoint low voltage differential signaling M LVDS transceiver The EVAL ADN4693E 1EBZ allows the input and output functions of the trans ceiver to be exercise...

Page 2: ...1 General Description 1 EVAL ADN4693E 1EBZ Evaluation Board Photograph 3 Evaluation Board Configuration 4 Setting Up the Evaluation Board 4 Input and Output Connections 5 Jumper Connections 5 Evaluation Board Schematic and Layout 6 Ordering Information 9 Bill of Materials 9 REVISION HISTORY 3 2022 Revision 0 Initial Version ...

Page 3: ...User Guide EVAL ADN4693E 1 EVAL ADN4693E 1EBZ EVALUATION BOARD PHOTOGRAPH analog com Rev 0 3 of 9 Figure 1 ...

Page 4: ...nnectors can be used to access the DI and RO signals for easy wire connections to a microprocessor The connections to the J1 4 screw terminal block are made via 0 Ω resistors which can be removed to eliminate any stub lengths along the interconnect The DI input is terminated to GND with a 50 Ω resistor R3 The RO trace includes an optional placeholder for a load capacitor at C2 The M LVDS input sig...

Page 5: ... Table 3 Jumper Configurations Jumper Position Description LK1 A Connects the RE pin of the ADN4693E 1 to VCC which disables the receiver This places the RO output into a high impedance state B Connects the RE pin of the ADN4693E 1 to the RE connection on the J1 4 screw terminal connector C Connects the RE pin of the ADN4693E 1 to GND which enables the receiver LK2 A Connects the DE pin of the ADN...

Page 6: ...User Guide EVAL ADN4693E 1 EVALUATION BOARD SCHEMATIC AND LAYOUT analog com Rev 0 6 of 9 Figure 3 EVAL ADN4693E 1EBZ Schematic ...

Page 7: ...TION BOARD SCHEMATIC AND LAYOUT analog com Rev 0 7 of 9 Figure 4 EVAL ADN4693E 1EBZ Silkscreen Figure 5 EVAL ADN4693E 1EBZ Component Side Figure 6 EVAL ADN4693E 1EBZ Internal Layer 2 GND Figure 7 EVAL ADN4693E 1EBZ Internal Layer 3 VCC ...

Page 8: ...User Guide EVAL ADN4693E 1 EVALUATION BOARD SCHEMATIC AND LAYOUT analog com Rev 0 8 of 9 Figure 8 EVAL ADN4693E 1EBZ Solder Side ...

Page 9: ...uation Board Modifications to the Evaluation Board must comply with applicable law including but not limited to the RoHS Directive TERMINATION ADI may terminate this Agreement at any time upon giving written notice to Customer Customer agrees to return to ADI the Evaluation Board at that time LIMITATION OF LIABILITY THE EVALUATION BOARD PROVIDED HEREUNDER IS PROVIDED AS IS AND ADI MAKES NO WARRANT...

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