2.	ANALYSIS CONDITIONS
This section shall contain detailed definition about sources, waveforms and frequency ranges for each E3
which constitute the cardinal requirement set.
This section shall also contain clearance criteria for each E3.
Bu bölümü aşağıda vereceğim bilgiler doğrultusunda yaz.
6.4.1.1	Conducted and Radiated Emission Tests
Conducted and radiated emission tests to be applied according to MIL-STD 461G standard are shown in Table 4.
Table 4 CE and RE Tests 
MIL-STD-461G	Description	Category	Test Equipments
CE102	 Conducted Emissions, Power Leads, 10 kHz to 10 Mhz. This test procedure is used to verify that electromagnetic emissions from the EUT do not exceed the specified requirements for power input leads, including returns.	Figure CE102-1

	- Measurement receiver
- Data recording device
- Signal generator
- Attenuator, 20 dB, 50 ohm
- Oscilloscope
- LISNs
RE102	 Radiated Emissions, Electric Field, 2MHz to 18 Ghz. This test procedure is used to verify that electric field emissions from the EUT and its associated cabling do not exceed specified requirements.	Figure RE102-3. Fixed Wing Internal, <25 meters Nose to Tail	- Measurement receivers. 
- Data recording device. 
- Antennas
- Signal generators. 
- Stub radiator. 
- Capacitor, 10 pF. 
- LISNs.
6.4.1.2	Conducted and Radiated Susceptibility Tests 
Conducted and Radiated Susceptibility tests to be applied according to MIL-STD 461G standard are shown in Table 5.
Table 5 Susceptibility Tests 
MIL-STD-461G	Description	Category	Test Equipments
CS101	Conducted Susceptibility, Power Leads, 30 Hz to 150 kHz. This test procedure is used to verify the ability of the EUT to withstand signals coupled onto input power leads.	Figure CS101-1 Voltage Limit
Figure CS101-2 Power Limit	- Signal generator
- Power amplifier
- Oscilloscope or measurement receiver
- Coupling transformer 
- Capacitor, 10 uF
- Isolation transformer 
- Resistor, 0.5 ohm
- LISNs

CS114	Conducted Susceptibility, Bulk Cable Injection, 10kHz to 200 MHz. This test procedure is used to verify the ability of the EUT to withstand RF signals coupled onto EUT associated cabling.	Table VI
 Figure CS114-1, Curve #5	- Measurement receivers
- Current injection probes
-Current probes
- Calibration fixture: coaxial transmission line with 50 ohm characteristic impedance, coaxial connections on both ends, and space for an injection probe around the center conductor.
- Directional couplers
- Signal generators
- Plotter
- Attenuators, 50 ohm
- Coaxial loads, 50 ohm
- Power amplifiers
- LISNs
CS115	Conducted Susceptibility, Bulk Cable Injection, Impulse Excitation, This test procedure is used to verify the ability of the EUT to withstand impulse signals coupled onto EUT associated cabling.	Figure CS115-1	- Pulse generator, 50 ohm, charged line (coaxial)
- Current injection probe
- Drive cable, 50 ohm, 2 meters, 0.5 dB or less insertion loss at 500 MHz
- Current probe
- Calibration fixture: coaxial transmission line with 50 ohm characteristic impedance, coaxial connections on both ends, and space for an injection probe around the center conductor.
- Oscilloscope, 50 ohm input impedance
- Attenuators, 50 ohm
- Coaxial loads, 50 ohm
- LISNs
CS116





	Conducted Susceptibility, Damped Sinusoidal Transients, Cables and Power Leads, 10 kHz to 100Mhz. This test procedure is used to verify the ability of the EUT to withstand damped sinusoidal transients coupled onto EUT associated cables and power leads.	Figure CS116-1
Figure CS116-2
	- Damped sinusoid transient generator, ≤ 100 ohm output impedance 
- Current injection probe 
- Oscilloscope, 50 ohm input impedance 
- Calibration fixture: Coaxial transmission line with 50 ohm characteristic impedance, coaxial connections on both ends, and space for an injection probe around the center conductor
- Current probes 
- Waveform recording device 
- Attenuators, 50 ohm 
- Measurement receivers 
- Coaxial loads, 50 ohm 
-LISNs

CS117	Conducted Susceptibility, Antenna Port, Cross-Modulation, 30 Hz to 20 GHz. This test procedure is used to verify the ability of the EUT to withstand lightning transients coupled onto EUT associated cables and power leads.	Table VII, Internal Equipment Levels	- Lightning transient generator
- Injection Transformers
- Oscilloscope
- Current monitor probes
- Attenuators, 50 ohm, as needed on current monitor probes
- Voltage monitor probes, high impedance
- Monitor loop, low impedance wire loop
- Calibration loop, low impedance wire loop
- Capacitors, ≥ 28,000 µF for DC power inputs and 10 µF for AC power inputs
- LISNs
CS118	Conducted Susceptibility, Personnel Borne Electrostatic Discharge. This test procedure is used to verify the ability of the EUT to withstand personnel borne electrostatic discharge (ESD) in a powered up configuration.	Table VIII, up to ±15 kV
Table IX	-ESD Generator, adjustable from ±2kV to ±15kV (minimum range), see Figure CS118-1
and Table X for simplified ESD generator characteristics.
- ESD network, 150 picofarads (pF) capacitance, 330 ohm discharge resistance.
- Contact discharge tip Figure CS118-2.
- Air discharge tip Figure CS118-2.
- Electrostatic voltmeter.
- Oscilloscope, single event bandwidth ≥ 1 GHz.
- ESD current target, input resistance 2 ±5% ohms, Figure CS118-3.
- Attenuator, 20 dB.
- Coaxial cable, 50 ohm impedance, ≤ 1 meter.
- Metallic ground plane.
- Ionizer or one (1) megohm resistor (1MΩ±10%).
RS103	Radiated Susceptibility, Electric Field, 2MHz to 40 GHz. This test procedure is used to verify the ability of the EUT and associated cabling to withstand electric fields.	Table XI
200 V/m, 2 MHz to 40 GHz	- Signal generators
- Power amplifiers
- Receive antennas
- Transmit antennas
- Electric field sensors (physically small - electrically short), each axis independently displayed
- Measurement receiver
- Power meter
- Directional coupler
- Attenuator, 50 ohm
- Data recording device
- LISNs
6.4.3	Electromagnetic Effects Tests
Electromagnetic Effects tests to be applied according to MIL-STD 464C standard are shown in Table 7 and Table 8.
Table 7 Maximum Internal EME Levels
 
Table 8 Modulation Criteria