1.0 INTRODUCTION
1.1 Objectives
1.2 Scope
1.3 References
2.0 VIBRATION AND SHOCK
2.1 Introduction
2.2 Vibration and Shock Isolation
3.0 THERMAL CONSIDERATIONS
3.1 Thermal Management
3.2 Electronic Parts Application
3.3 Ambient Temperatures
3.4 Equipment Sidewall Temperature
3.5 LRM Thermal Appraisal
3.6 Thermal Interface Information
3.7 Materials for Thermal Design
4.0 DESIGN LIFE
4.1 Operational Design Life
4.2 Failure Modes
4.3 Service Life-Cycles/Duration
5.0 INTRINSIC SAFETY/EXPLOSION PROOFNESS
5.1 Introduction
5.2 Explosive Atmosphere - Propagation of Flame
6.0 ELECTROMAGNETIC ENVIRONMENTAL CONSIDERATIONS
6.1 Introduction
6.2 LRM Considerations
6.3 Cabinet Considerations
6.4 Wire Integration Assembly
6.5 Lightning - Indirect Effects
7.0 SHIELDED ENCLOSURES
7.1 Non-Metallic Composite Enclosures
7.2 Metallic Enclosures
7.3 Penetrations
7.4 Surface Treatments
7.5 Metal-to-Metal Contact Interface
7.6 Measuring Shielding Effectiveness
8.0 ENVIRONMENTAL SEALING GASKETS
8.1 Overview of Gasket Forms, Styles and Materials and
             Required Attributes
8.2 Gasket Selection
8.3 Recommendations
9.0 ELECTRICAL BONDING AND GROUNDING
9.1 Purpose
9.2 Considerations
9.3 Electrical Bonding & Grounding
10.0 SYSTEM AND SUB-SYSTEM INTERCONNECTIONS - DESIGN
10.1 Line Driving and Segregation
10.2 Grounding and Termination of Cable Shields
10.3 Connector and Cable Terminations
11.0 FIBER OPTIC INTERFACES
11.1 Fiber Optic Interface Techniques
11.2 Terminations
11.3 Optical Fiber Types
12.0 LIMITING AND FILTERING
12.1 Limiting
12.2 Filtering
13.0 ELECTROSTATIC DISCHARGE (ESD) AND EQUIPMENT
             HANDLING AND SAFETY
13.1 Introduction
13.2 LRM-ESD Handling Constraint
13.3 Design Considerations
13.4 Marking
13.5 Protective Packaging
13.6 Equipment Handling Procedures Within the Aircraft
             Environment
14.0 QUALIFICATION TESTING
14.1 Scope
14.2 The Cabinet
14.3 The LRMs
APPENDIX
A Acronym List