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Lightning indirect effect test system

To simulate aircraft might suffer lightning or for the damage caused by the internal electronics, DO160section22 part gives the detailed test method, this system fully meet RTCA DO - 160 - g version of the standard, can be used to lightning transient induction test, airborne equipment can meet the test of airbus, Boeing and other airlines requirements, at the same time can meet the latest GJB 8848 lightning conduction coupled injection test. In addition, in order to save the test cost, developed a special can meet DO160 level 4 of the following tests (can meet more than 95% of the daily testing tasks) of equipment, at the same time compatible with the latest edition of the MIL - STD - 461 - g CS117 lightning military equipment cable transmission caused by sensitivity test, the device adopts the design of more integrated, only need a cabinet to complete a single response experiment and back many times, greatly saving the configuration time. This system can be widely used in the lightning indirect effect transient induction test of electronic systems of aerospace, aviation, vehicles, ships and various military equipment, and can also be used in other related research and experiments.

Damage effect on aircraft structures and other parts.

Standard

SAE ARP5412 Aircraft Lightning Environment And Related Test Waveforms
SAE ARP5415 User.s Manual for Certification of Aircraft Electrical/Electronic Systems for the Indirect Effects of Lightning
RTCA/DO-160F/G Environmental Conditions and Test Procedures for Airborne Equipment Section 23
Lightning Direct Effects
MIL-STD-461G CS117 conducted susceptibility, lightning induced transients, cables and power leads
GJB 8848-2016系统电磁环境效应试验方法

Characteristic

Multiple configuration schemes to meet the needs of different users
One machine can achieve multiple waveforms and various testing functions
FSG-160MS USES 2 hosts to complete output of 8 waveforms of 6 classes
The single FSG-117MS generator can satisfy both Internal and External Equipment of the military CS117
Test requirements, which can meet the test requirements below grade 4 of DO160
Can meet GJB8848 short pulse, medium width pulse and long pulse test grade D, and provide corresponding test accessories
Single instrument can perform single return, multiple return, and multi-pulse group test function
The test voltage and interval time can be set arbitrarily, and the test process can be programmed
Using touch screen control, automatic intelligent control
Modular design structure, can be equipped with a variety of waveform modules
Various test attachments are available to provide one-stop test solution

FSG-160MS（W1、W4、W5）
FSG-160MB（W2、W3、W6）
Waveform selection module

	FSG-160MS	FSG-117MS
The basic parameters
DO160Test level	Grade five(W1,W4,W5A,W5B)	Grade four( W1,W4,W5A,W5B)
CS117Test level	Completely satisfied	Completely satisfied
Equipment appearance	The two cabinets are connected in parallel	A single cabinet
The equipment size	35UTwo cabinets	35UOne cabinet
W1Current waveform output capability (medium width pulse)
Short circuit current waveform（μs）	6.4/69	6.4/69
The source port outputs the current（A）	Up to 3500A	Up to 2000A
Minimum interval time（s）	20s to 999	10s to 999
Single return amplitude（ V / A）	Up to 3500A	Up to 2000A
Multiple return amplitude (first time/subsequent， A / A）	Up to 2000A/1000A	Up to 1000A/500A
W4Waveform parameters (medium width pulse)
Open circuit voltage waveform（μs）	6.4/69	6.4/69
Short circuit current waveform（μs）	6.4/69	6.4/69
Source port output voltage（V）	Up to 2500V	Up to 1500V
Source port output voltage（A）	Up to 500A	Up to 300A
Minimum interval time（s）	20s to 999	10s to 999
Pin injection output amplitude（V / A）	Up to 2500V/500A	Up to 1500V/300A
Single return amplitude（ V / A）	Up to 2500V	Up to 1500V
Multiple return amplitude (first time/subsequent， V / V）	Up to 1600V/800V	Up to 900V/450V
W5AWaveform parameters (long pulse)
Open voltage waveform（μs）	40/120	40/120
Short circuit current（μs）	40/120	40/120
Source port output current（A）	Up to 5500A	Up to 3000A
Minimum interval time（s）	30s to 999	20s to 999
Pin injection output amplitude ( V / A）	Up to 3000V/3000A	Up to 1800V/1800A
Single return amplitude（ V / A）	Up to 10000A (2T:1T)	Up to 5000A (2T:1T)
Multiple return amplitude (first time/subsequent， A / A）	Up to 4000A/2000A	Up to 3000A/1500A
W5BWaveform parameters（Long pulse,optional）
Open voltage waveform（μs）	50/500	50/500
s）	50/500	50/500
Source port output current（A）	Up to 3000A	Up to 2000A
Minimum interval time（s）	50s to 999	30s to 999
Pin injection output amplitude（ V / A）	Up to 1900V/1900A	Up to 1000V/1000A
Single return amplitude（ V / A）	Up to 5000A (2T:1T)	Up to 3000A (2T:1T)
Multiple return amplitude (first time/subsequent， A / A）	Up to 2000A/1000A	Up to 1000A/500A

Note: the above generator output waveform parameters can be customized according to customer requirements

Basic parameters
DO160Test level	Grade five
CS117Test level	Completely satisfied
Device appearance	A single cabinet
The equipment size	Two 5U cases can be installed in 35U cabinet
W2Voltage waveform output capacity (short pulse)
Open voltage waveform（μs）	0.1/6.4
Source port output voltage（V）	2000V
Minimum interval time（s）	10s to 999
Single return amplitude（ V / A）	Up to 2000V
Multiple return amplitude (first time/subsequent， A / A）	Up to 2000V/1000V
W3-1MHz /10MHzOscillating waveform output capability
Open voltage waveform（μs）	1MHz、10MHz（Damped wave）
Short circuit current waveform（μs）	1MHz、10MHz（Damped wave）
Source port output voltage（V）	4000V
Source port output current（A）	128A
Minimum interval time（s）	10s to 999
Pin injection output amplitude（ V / A）	Up to 4000V/128A
Single return amplitude（ V / A）	Up to 4000V
Multiple return amplitude (first time/subsequent， A / A）	Up to 4000V/2000V
Pulse group amplitude（ V / A）	Up to 3000V
W3-1MHz /10MHzOscillating waveform output capability
Short circuit current waveform（μs）	0.25/4
Source port output current（A）	200A
Minimum interval time（s）	10s to 999
Pulse group amplitude（ V / A）	Up to 200A

Note: the above generator output waveform parameters can be customized according to customer requirements

Waveform selection module
Waveform selection module	Model：FSG-160-MOD-L1 Attenuation waveform amplitude for grade 1 and grade 2 testing, It is suitable for W4, W5A and W5B waveforms Mainly used for PIN injection test and cable bundle test Need to cooperate with fsg-160 or fsg-117 generator.
	FSG-160-MOD-JG35 Adopt 35U standard cabinet, consistent with FSG160 and other equipment appearance The fsb-160mb series waveform module can be conveniently stored neatly Built-in 2 4U host storage slots Built-in 4 standard module storage slots Slide guide for easy placement Solve the problem of disorderly storage of all waveform modules in laboratory.
Test the module selection
	FSG-160-LCT-W15 Current coupled transformers For W1, W5A, W5B current waveform coupling Can meet the cable bundle W1, W5A, W5B waveform single return, multiple return grades 1-5 test Maximum coupling W1 waveform 4kA (1T: 1T) Maximum coupling W5A waveform 10kA (2T: 1T) Maximum coupling W5B waveform 5kA (2T:1T)
	FSG-160-LVT-W45 Voltage coupled transformers For W4, W5A, W5B voltage wave coupling Can meet the cable bundle W4, W5A voltage waveform single return, multiple return grade 1-5 test Maximum coupling W4 voltage waveform 1600V (5T: 5T) Maximum coupling W5A voltage waveform 1600V (7T: 7T) Maximum coupling W5B voltage waveform 300V (10T: 10T)
	FSG-160-LVT-W23 High frequency voltage coupling transformer Used for W2, W3 (1MHz, 10MHz) voltage waveform coupling Can meet the cable bundle W2, W3 voltage waveform single return, multiple return, and multiple pulse group level 1-5 test Maximum coupling W2 voltage waveform 2000V Maximum coupling W3 voltage waveform 4000V
	FSG-160-LVT-W6 High frequency current coupling transformer For W6 current waveform coupling Can meet the cable beam W6 current waveform of multiple pulse group level 1-5 test Maximum coupling W6 current waveform 160A
	FSG-160-CN-W45 Power coupling unit Used for coupling W4, W5A and W5B waveforms Maximum voltage of isolated ac/dc power supply is 400V Ac USES pressure-sensitive couplers, containing 130V, 250V and 420V3 grades The coupling below dc 200V is capacitively coupled, and the pressure-sensitive coupling can be used above 200V
	DN-416T-COM Power supply decoupling unit Used for decoupling and coupling of W4, W5A and W5B waveforms Maximum voltage of ac/dc power supply: 3-phase 400V 16A, 0-800hz (common mode) Single-phase filtering is realized by using common mode inductor and decoupling capacitance It can satisfy the power test with W4, W5A and W5B waveforms injected by pins
	Lisn-4580d line impedance stable network Used for cable bundle test to isolate radio interference and provide stable test impedance Inductance: 5 x H (to meet LISN requirements of DO160) The maximum voltage of ac/dc power supply is 450V 80A Three - phase power supply power supply needs to use 4 at the same time. CAP-33000 capacity For use with LISN in cable bundle test Maximum voltage of dc power supply: 400V The capacitance is 33000uF
Measure and match accessories
	MDO3052 Tektronix series digital oscilloscope Frequency: 500Mhz; sampling rate: 1.25gs /s The storage depth is 10Mb and can be used to test multiple return strokes and pulse group waveforms
	P5664 Current sensor Pearson, caliper, peak current 200kA, 0.001V/A Maximum charge of 8As Test the current waveform of W1, W4, W5A, and W5B
	THDP0100 The differential probe American teck, 6kV differential mode, 100MHz frequency Can be used to measure voltage signal of all waveforms
	A100 voltage attenuator Damping ratio：100:1 The highest input 4000V Frequency 400MHz, used for measuring W3, W2 high-frequency voltage waveform
	CS10 coaxial current attenuator 0.1V/A，frequency400MHz Used to measure the current waveform of W3, W6.
	Cn-w3 high frequency capacitive coupler Pulse coupling for W2, W3, and W6 waveforms Meet the requirement of power supply for W2, W3, W6 pin injection test.
	HIP-W236 Handheld pins are injected into the probe For insertion of W2, W3, and W6 waveforms, The hand-held structure is designed to facilitate the surge injection of the pin of the product under test Maximum working voltage is 10kV.
	Mobile test vehicle With a weight of 500kg, it can be folded Hydraulic lift, with cardan wheel, up to 01M It can be used as a testing platform for heavy coupler and other desktop instruments such as LCT, LVT, etc
	D1548 test table Fully solid wooden table design Can choose 2mm aluminum or copper board desktop Can choose reference to receive floor With sizes of 0.8M1.5M0.8M, 1.2M2.4M0.8M, 1.5M4.8M0.8M, etc Other sizes can also be customized

Note: due to the complexity of testing methods for the lightning indirect effect of airborne equipment, we can provide you with a professional configuration scheme from peak-pole electromagnetism to meet the test requirements, so as to ensure the smooth progress of your test.