Serial digital video, data, and audio, fiber optic transport & distribution system for hdtv & sdtv (14 pages)
Summary of Contents for MultiDyne HD-3540
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INSTRUCTION MANUAL HD-3500 Series SERIAL DIGITAL VIDEO, DATA, AND AUDIO, FIBER OPTIC TRANSPORT & DISTRIBUTION SYSTEM FOR HDTV & SDTV MultiDyne Harnessing The Power of Light 10 Newton Place Haupauge, NY 11788 USA (800)-488-8378 / (516)-671-7278 FAX (516)-671-3362 sales@multidyne.com www.multidyne.com...
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MULTIDYNE and HD-3500 are registered trademarks of MULTIDYNE Electronics, Inc. Copyright 2015 MULTIDYNE Electronics, Inc., Hauppauge, New York. Printed in the United States of America. All Rights Reserved. Contents of this publication may not be reproduced in any form without the written permission of MULTIDYNE Electronics, Inc.
TABLE OF CONTENTS INTRODUCTION ........................1 FEATURES AND OPERATION ....................1 TRANSMITTER, HD-3500-FTX ................... 2 RECEIVER, HD-3500-FRX ....................5 POWER REQUIREMENTS ....................7 INSTALLATION ........................7 APPENDIX A. PIN-OUT SPECIFICATION ................8 APPENDIX B. BLOCK DIAGRAMS ..................8 APPENDIX C. TECHNICAL SPECIFICATIONS ..............11 APPENDIX D.
Instruction Manual, HD-3500 Series INTRODUCTION 1 INTRODUCTION HD3500 Series of stand-alone SMPTE 3G video High Definition Serial Digital Interface (HD-SDI) with audio and data transport systems extends the range limits of electrical interfaces, and combines audio and data along with the HD-SDI signal in a single optical fiber link.
Instruction Manual, HD-3500 Series FEATURES and OPERATION 2 TRANSMITTER, HD-3500-FTX The transmitter module front and back is shown in figure 1. In the back and from left to right it includes a DB44 connector for all audio and data IO; two serial digital video SMPTE 75 Ohm input BNC connectors, one for input and one for reclocked SDI / HD-SDI output loop;...
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Instruction Manual, HD-3500 Series FEATURES and OPERATION 3 J10 from the 1-2 to the 2-3 position, see figure 2 with default setting. Non-SMPTE standard signals should automatically put the reclocker into bypass mode; however, in some instances, if the signal has components close to the SMPTE frequencies, there may be glitches on the operation.
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Instruction Manual, HD-3500 Series FEATURES and OPERATION 4 Sw 2 Function Setting (Default values in Bold) Position An. Audio 1 FS on-on= 28dBu FS on-off = 16dBu FS off-on = 10dBu FS off-off = 4dBu FS on = 0dB (Hi Z) Ch1 Left +6dB off = +6dB (600 Ohm) Ch1 Left 600 Ohms...
Instruction Manual, HD-3500 Series FEATURES and OPERATION 5 RECEIVER, HD-3500-FRX The receiver module front and back is shown in figure 3. In the back and from left to right it includes: a DB44 connector for all audio and data IO, two SMPTE serial digital video 75 Ohm output BNC connectors for two reclocked SDI / HD-SDI outputs, a single fiber output ST or SC connector, and a DC Jack power connector.
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Instruction Manual, HD-3500 Series FEATURES and OPERATION 6 Non-SMPTE transport via the SMPTE interface This unit should work normally by default with SMPTE video signals at the rates indicated previously; however, other signals may need special settings. The reclocker will mute the output when noise or a not supported SMPTE rate is detected.
Instruction Manual, HD-3500 Series APPENDIX A. Pin-Out specification 8 APPENDIX A. Pin-Out specification DB 44 TX-3500-FTX HD-3500-FRX Pin # Name Description Name Description A1L+ Analog Audio Ch1 Left In + A1L+ Analog Audio Ch1 Left Out + A2L- Analog Audio Ch2 Left In - A2L- Analog Audio Ch2 Left Out - Not Connected...
Instruction Manual, HD-3500 Series APPENDIX C. Technical Specifications 11 APPENDIX C. Technical Specifications General Power: ....................9-24V / 25W Max Range with default Single Mode optics ........up to 40Km Fiber Connector Type ............... ST or SC Standards Supported ................ SMPTE 259M-C SMPTE 292M SMPTE 425M SMPTE 297M...
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Instruction Manual, HD-3500 Series APPENDIX C. Technical Specifications 12 Receiver (-FRX) SDI/HDSDI Transport: Wavelength ..................1100 to 1600nm Optical Sensitivity ................-20 dBm Output Type ..................2 X BNC Output Impedance ………………………………………………… ..75 ohms Output Return loss ................>15 dB up to 1485MHz >10dB up to 3 GHz Added Jitter: ..................
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