Foreword
Introduction
1 Scope
  1.1 Man Worn/Man Portable Equipment
  1.2 Line Replacement Units and Sub Systems
  1.3 Support Equipment
  1.4 Performance Specification for Specialised EMC Test
       Equipment
2 Warning
3 Related Documents
4 Abbreviations and Definitions
  4.1 Abbreviations
  4.2 Definitions
5 Format
6 General Test Requirements
  6.1 Introduction
  6.2 Test Sites
  6.3 Screened Rooms/Reverberation Chamber
  6.4 Ground Conducting Bench
  6.5 Power Supply Filtering
  6.6 Power Supply Impedance
  6.7 Layout of EUT
  6.8 Length and Arrangement of Connecting Leads to EUT
  6.9 Bonding of EUT
  6.10 Ambient Electromagnetic Noise Levels
  6.11 Ground Loop Currents in Measuring Leads
  6.12 Input/Output Connections to the Equipment Under Test
  6.13 Modes of Operation of Equipment Under Test
  6.14 Test Frequency Selection
  6.15 Measurement Bandwidth/Detector Function
  6.16 Sweep Speeds and Plot Charts
  6.17 Measuring Receiver Accuracy
  6.18 Susceptibility Criteria
  6.19 Susceptibility Test Stimuli
  6.20 Operating Frequency of Equipment Under Test
  6.21 Current Probes
  6.22 Antennas
  6.23 Measuring Sets
  6.24 Measuring Cables
  6.25 Oscilloscope
  6.26 Signal Sources/Power Amplifiers
  6.27 Transient Generators
  6.28 Injection Transformers
  6.29 Presentation of Results
  6.30 Overload Precautions
  6.31 RF Safety of Personnel
7 Classification of Equipment and Limits
  7.1 Introduction
  7.2 Equipment Types
  7.3 Test Method Selection
  7.4 Grading of Limits
  7.5 Land Service Classifications
8 Applicability Requirements
9 Test Methods and Limits
  9.1 Introduction
  9.2 DCE01 Conducted Emission, Primary Power Lines
       20 Hz - 150 MHz
  9.3 DCE02 Conducted Emission, Control, Signal Lines
       and Secondary Power Lines 20 Hz - 150 MHz
  9.4 DCE03 Exported Transients, Primary Power Lines
  9.5 DCS01 Conducted Susceptibility, Primary Power Lines
       20 Hz - 50 KHz
  9.6 DCS02 Conducted Susceptibility, Control, Signal and
       Power Lines 50 kHz - 400 MHz
  9.7 DCS03 Conducted Susceptibility, Control and Signal
       Lines 20 Hz - 50 kHz
  9.8 DCS04 Imported Transient Susceptibility (Air Services)
  9.9 DCS05 Externally Generated Transients (Land and Sea
       Services)
  9.10 DCS06 Imported Long Transient Susceptibility AC and
       DC Systems (Land and Sea Services)
  9.11 DCS08 Externally Generated Transients (Air Services)
  9.12 DCS09 Imported Lightning Transient Susceptibility (Air
       Services)
  9.13 DCS10 Electro Static Discharge (ESD)
  9.14 DCS12 Imported Low Frequency Transient Susceptibility
       Power Lines (Sea Services)
  9.15 DRE01 Radiated Emissions Electric (E) Field 10 kHz - 18 GHz
  9.16 DRE02 Radiated Emissions Magnetic (H) Field 20 Hz - 250 kHz
  9.17 DRE03 Radiated Emissions Electric (E) Field Tuned Antenna
       (Land Service) 1.6 MHz - 88 MHz
  9.18 DRS01 Radiated Susceptibility Magnetic (H) Field
       20 Hz - 100 kHz
  9.19 DRS02 Radiated Susceptibility Electric (E) Field
       10 kHz - 18 GHz
  9.20 DRS03 Magnetic Field (DC) Susceptibility
Annex A Test Methods and Limits for Man Worn/Man Portable
        Equipment
  A.1 DCE02.A Conducted Emissions Control, Signal and Power
       Lines 500 Hz - 150 MHz
  A.2 DCS02.A Conducted Susceptibility Control, Signal and
       Power Lines 50 kHz - 400 MHz
  A.3 DCS10.A Electro Static Discharge (ESD)
  A.4 DRE01.A Radiated Emissions E Field 88 MHz - 18 GHz
  A.5 DRE02.A Radiated Emissions Magnetic (H) Field
       500 Hz - 250 kHz
  A.6 DRE03.A Radiated Emissions Electric (E) Field (Land
       Services) Tuned Antenna 1.6 MHz - 88 MHz
  A.7 DRS01.A Radiated Susceptibility Magnetic (H) Field
       500 Hz - 100 kHz
  A.8 DRS02.A Radiated Susceptibility Electric (E) Field
       50 kHz - 18 GHz
Annex B Test Methods and Limits for LRU and Sub Systems
  B.1 DCE01.B Conducted Emissions on Primary Power Lines
       20 Hz - 150 MHz
  B.2 DCE02.B Conducted Emissions Control, Signal and
       Secondary Power Lines 20 Hz - 150 MHz
  B.3 DCE03.B Exported Transients Primary Power Lines
  B.4 DCS01.B Conducted Susceptibility Primary Power Lines
       20 Hz - 50 kHz
  B.5 DCS02.B Conducted Susceptibility, Control, Signal &
       Power Lines 50 kHz - 400 MHz
  B.6 DCS03.B Conducted Susceptibility, Control and Signal
       Lines 20 Hz - 50 kHz
  B.7 DCS04.B Imported Transient Susceptibility (Air Services)
  B.8 DCS05.B Externally Generated Transients (Land and Sea
       Services)
  B.9 DCS06.B Imported Long Transient Susceptibility AC and
       DC Systems (Land and Sea Services)
  B.10 DCS08.B Externally Generated Transients (Air Services)
  B.11 DCS09.B Imported Lightning Transient Susceptibility (Air
       Services)
  B.12 DCS10.B Electro Static Discharge (ESD)
  B.13 DCS12.B Imported Low Frequency Transient Susceptibility
       Power Lines (Sea Services)
  B.14 DRE01.B Radiated Emissions Electric (E) Field
       10 kHz - 18 GHz
  B.15 DRE02.B Radiated Emissions Magnetic (H) Field
       20 Hz - 100 kHz
  B.16 DRE03.B Radiated Emissions E Field (Land Service) Tuned
       Antenna 1.6 MHz - 30 MHz
  B.17 DRS01.B Radiated Susceptibility Magnetic (H) Field
       20 Hz - 100 kHz
  B.18 DRS02.B Radiated Susceptibility Electric (E) Field
       10 kHz - 18 GHz
  B.19 DRS02.B Radiated Susceptibility, Electric (E) Field
       Alternative Method (Air Services)
  B.20 DRS03.B Magnetic Field (DC) Susceptibility (Land and
       Sea Services)
Annex C Performance Specification for Specialised Test Equipment
  C.1 Generators and Calibration Jigs
  C.2 Transient Generator Performance Specifications
  C.3 Injection Probe Performance
  C.4 Calibration Jigs
  C.5 Monitor Loops and Voltage Probes
  C.6 Line Impedance Stabilizing Network (LISN)
  C.7 Method For Damping Screened Rooms
  C.8 Screened Room Damping Performance Verification Procedure
  C.9 Voltage Probes
  C.10 Antenna Calibration