User manual
Table Of Contents
- User Manual
- Starlink SL9003Q
- Digital Studio Transmitter Link
- WARRANTY
- SL9003Q Manual Dwg # 602-12016-01 R: G Revision Levels:
- Using This Manual - Overview
- Section 1 System Features and Specifications
- Section 2 Quick Start
- Section 3 Installation
- Section 4 Operation
- Section 5 Module Configuration
- Section 6 Customer Service
- Section 7 System Information
- Table of Contents
- List of Figures
- List of Tables
- 1 System Features and Specifications
- 2 Quick Start
- 3 Installation
- 4 Operation
- 7.1 Introduction
- 7.2 Front Panel Operation
- 4.3 Screen Menu Navigation and Structure
- 7.4 Screen Menu Summaries
- 4.4.1 Meter
- 4.4.2 System: Card View
- 4.4.3 System: Power Supply
- 4.4.4 System: Info
- 4.4.5 System: Basic Card Setup
- 4.4.6 Factory Calibration
- 4.4.7 SYSTEM: UNIT-WIDE PARAMS
- 4.4.8 System: Date/Time
- 4.4.9 System: Transfer
- 4.4.10 System: External I/O (NMS)
- 4.4.11 Alarms/Faults
- 4.4.12 Radio: Modem Status (QAM)
- 4.4.13 Radio TX Status
- 4.4.14 Radio RX Status
- 4.4.15 Radio TX Control
- 4.4.16 Radio RX Control
- 4.4.17 Radio Modem (QAM) Configure
- 4.4.18 Radio TX Configure
- 4.4.19 Radio RX Configure
- 4.4.20 Radio Modem/TX/RX Copy Function
- 4.5 Intelligent Multiplexer PC Interface Software
- 4.6 NMS/CPU PC Interface Software
- 5 Module Configuration
- 6 Customer Service
- 7 System Description
- 8 Appendices
- Appendix A: Path Evaluation Information
- Appendix B: Audio Considerations
- Appendix C: Glossary of Terms
- Appendix D: Microvolt – dBm – Watt Conversion (50 ohms)
- Appendix E: Spectral Emission Masks
- Appendix F: Redundant Backup with TP64 and TPT-2 Transfer Panels
- Appendix G: Optimizing Radio Performance For Hostile Environments
- Appendix H: FCC APPLICATIONS INFORMATION - FCC Form 601
- Starlink SL9003Q & Digital Composite - 950 MHz Band

Section 5: Module Configuration 5-19
Moseley SL9003Q 602-12016 Revision G
received signal level with a voltmeter helps facilitate antenna alignment. Long-term link
and path statistics are obtained by logging RSL fade and BER data.
Fig. 5-16 presents the physical pin number locations of the external I/O 26 pin
connector. Table 5-1 gives pin descriptions for the 26 pin external I/O interface.
Table 5-1 NMS External I/O Pin Descriptions
Pin Function Pin Function
1
Relay #4 (-)
14
Input – Analog #1
2
Relay #4 (+)
15
Input – Logic #4
3
Relay#3 (-)
16
Input – Logic #3
4
Relay #3 (+)
17
Input – Logic #2
5
Relay #2 (-)
18
Input – Logic #1
6
Relay #2 (+)
19
Ground - Analog
7
Relay #1 (-)
20
Ground - Analog
8
Relay #1 (+)
21
Ground - Analog
9
Not connected
22
Ground - Analog
10
Monitor Out:
Rx:RSL 0-5 Vdc
Tx:Fwd Pwr 0-5 Vdc
23
Ground - Analog
11
Input – Analog #4
24
Ground - Digital
12
Input – Analog #3
25
+12 Vdc Digital Supply
13
Input – Analog #2
26
+5 Vdc Digital Supply
Figure 5-16 NMS Card External I/O Pinout