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LARGEST RANGE OF IMPULSE TESTERS UP TO 100KV/100KA

07.05.2009 EMC PARTNER AG 1/14

Technical Specification

E-MIG2000-6

rev

ised: 07. May 2009

1 MIG Tester Type MIG2000-6

1 MIG Tester Type MIG2000-6 1

2 General 2

2.1 Brief description of the MIG2000-6 system 2

2.1.1 Serial Injection 2

2.1.2 Parallel injection 2

2.1.3 Impulse Synchronization 2

2.2 Standards and applications 3

2.3 Overview of the EMCP MIG2000-6 Test System 3

3 Generator circuit, wave shapes definitions 4

3.1 Wave shape definition MIL-STD-461F CS106 4

3.2 Wave shape definition MIL-STD-461F CS115 4

3.3 Wave shape definition MIL-STD-461F CS116 4

3.4 Wave shape definition MIL-STD-1275 5

3.5 Wave shape definition Euro Fighter CS-EFA-4 “Fast & Slow” 5

3.6 Wave shape definition Airbus AMD24-C 6

3.7 Wave shape definition DO160 section 17 6

3.8 Wave shape definition DO160 section 19 6

3.9 Mechanical dimensions, climatic conditions 7

4 Technical data 8

4.1 Voltage Spike waveform MIL-STD-461F CS106 8

4.2 Rectangular waveform MIL-STD-461F CS115 8

4.3 Damped oscillatory MIL-STD-461F, CS116 8

4.4 Ringwave MIL-STD-1275 9

4.5 Airbus AMD24-C 9

4.6 Euro Fighter Slow & Fast 10

4.7 DO160 section 17 10

4.8 DO160 section 19 10

5 Accessories and Options 11

5.1 System Accessories 11

5.2 Accessories to all MIG and TRA Testers 13

Introduction

The MIG2000-6 is available with a range of plug-in modules capable of generating damped oscillatory

and double exponential pulses in accordance with MIL-STD-461E: CS115, CS116 and other

standards. MIG2000-6 system comprises the impulse generator together with necessary injection

probes (couplers). Because this is a complete system, waveforms are guaranteed at the injection

point. The MIG "Modular-Impulse-Generator" is a flexible kit system, ready to quote tailored

generators for special test applications. The MIG is a further innovative solution from EMC PARTNER

AG to meet customer requests.

MIG generators are modern test equipment w

ith the following features:

• Solid state impulse switch and solid state polar

ity change (no mechanical switch, no spark gaps or

tubes) - advantages: low jitter, no high frequency switching noise,

• Microprocessor menu controlled, printer port and RS232 remote control

• Safety in accordance with VDE 0104 (safety circuit, connector for warning lamp)

•

Integrated peak measurement for voltage and curr

ent. Peak display and monitor output for v,i

•

Windows software for PC control available.

Software versions see EMCP web site

Manufacturers > EMC Partner

Categories > EMC Test Equipment > RTCA \ DO-160 > EMI \ EMC Equipment for Military Standards

EMC Partner MIG2000-6 Modular Impulse Generator Product Page

How-to Video

Summary of content (14 pages)

PAGE 1
Manufacturers > EMC Partner Categories > EMC Test Equipment > RTCA \ DO-160 > EMI \ EMC Equipment for Military Standards EMC Partner MIG2000-6 Modular Impulse Generator Product Page LARGEST RANGE OF IMPULSE TESTERS UP TO 100KV/100KA How-to Video Technical Specification E-MIG2000-6 revised: 07. May 2009 1 MIG Tester Type MIG2000-6 1 MIG Tester Type MIG2000-6 1 2 General 2.1 Brief description of the MIG2000-6 system 2.1.1 Serial Injection 2.1.2 Parallel injection 2.1.3 Impulse Synchronization 2.
PAGE 2
TECHNICAL SPECIFICATION E-MIG2000-6 2 General 2.1 Brief description of the MIG2000-6 system MIG2000-6 is a versatile, flexible system which uses modules to provide a wide variety of impulse types for many applications. The principle application is MIL-STD-461F, CS106, CS115 and CS116 testing.
PAGE 3
TECHNICAL SPECIFICATION E-MIG2000-6 2.2 Standards and applications MIL-STD-461F, Department of Defense Interface Standard. Requirements for the control of electromagnetic interference characteristics of subsystems and equipment MIL-STD-1275D – Department of Defense Interface Standard. Characteristics of 28 Volt DC Eelctrical Systems in Military Vehicles.
PAGE 4
TECHNICAL SPECIFICATION E-MIG2000-6 3 Generator circuit, wave shapes definitions 3.1 Wave shape definition MIL-STD-461F CS106 Standard waveform Waveform in the 5ohm load 3.2 Wave shape definition MIL-STD-461F CS115 Standard waveform Waveform in the calibration fixture 3.3 Wave shape definition MIL-STD-461F CS116 40 to 60% Ip Standard waveform 07.05.
PAGE 5
TECHNICAL SPECIFICATION E-MIG2000-6 3.4 Wave shape definition MIL-STD-1275 Standard waveform Waveform at the EUT 3.5 Wave shape definition Euro Fighter CS-EFA-4 “Fast & Slow” Ts = 150ns Standard waveform “Fast” Waveform at the EUT Ts = 10us Standard waveform “Slow” 07.05.
PAGE 6
TECHNICAL SPECIFICATION E-MIG2000-6 3.6 Wave shape definition Airbus AMD24-C Tr = 10us, 50us, 100us, 200us & 400us Standard waveform Example of Waveform at the EUT (200us) 3.7 Wave shape definition DO160 section 17 Tr = 10us Standard waveform Waveform at the EUT 3.8 Wave shape definition DO160 section 19 T1 = 50 to 1000us Standard waveform 07.05.
PAGE 7
TECHNICAL SPECIFICATION E-MIG2000-6 3.9 Mechanical dimensions, climatic conditions MIG type MIG2000-6 Plug-in modules Power : Power voltage Power consumption Dimensions [mm] width x depth x height 450 x 500 x 190 200 x 280 x 80 Weight [kg] Versions 17 approx. 2.5 19" Rack 4 UH L-N single phase 230 V/ 115V auto switching ±10% plus protective earth Maximum <400 VA (230 V, 50 Hz) Standby < 10 VA Environment conditions Temperature range Humidity Pressure °C rh % kPa MIG2000-6 with pug-in module 07.
PAGE 8
TECHNICAL SPECIFICATION E-MIG2000-6 4 Technical data 4.1 Voltage Spike waveform MIL-STD-461F CS106 Waveform in the calibration set up: Rise time Fall time Duration Underswing Voltage Settings Repetition rate Polarity Source Impedance Test time 5 ohm load 1.5us 3.5us 5us < 120V 100V to 500V max. 10 Hz pos. / neg. >2 Ohm 1 up to 29999 s ± 0.5us ± 0.5us ± 22% 4.
PAGE 9
TECHNICAL SPECIFICATION E-MIG2000-6 4.4 Ringwave MIL-STD-1275 Voltage range output generator Rise time 10/90% Oscillation frequency Energy at 550 V Energy at 250 V Pulse repetition 100 V up to 1000 V < 50 ns between 100 to 500 kHz 15 mJ 3 mJ 2 to 0.001Hz Power supply d.c. Voltage maximum Maximum current 28V 30A Power supply a.c. Voltage Maximum current Voltage Maximum current Frequency 115V 25A 230V 10A 50/60/400Hz open circuit open circuit open circuit 4.
PAGE 10
TECHNICAL SPECIFICATION E-MIG2000-6 Waveform 2/200 us Source impedance with BT4 Decoupling for serial injection Repetition Waveform 2/400 us Source impedance with BT4 Decoupling for serial injection Repetition 5 Ohms +/- 10 % up to 250V at 50/60 Hz up to 115V at 800 Hz up to max 1 Hz 10 s(to charge the C-battery) Interval between tests Using additional NW-AMD24C-400us 5 Ohms +/- 20 % up to 250V at 50/60 Hz up to 115V at 800 Hz up to max 1 Hz 10 s(to charge the C-battery) 4.
PAGE 11
TECHNICAL SPECIFICATION E-MIG2000-6 5 Accessories and Options 5.1 System Accessories CN-MIG-BT for Cable Induction Tests Injection probe (coupler) frequency range 10 kHz up to 10 MHz. Maximum cable diameter 30 mm (approx. 1.2“) CN-MIG-BT2 for Cable Induction Tests Injection probe (coupler) frequency range 10 MHz up to 100 MHz. Maximum cable diameter 26 mm (1“) VERI-MIL2 Calibration fixture for waveform calibration 10 kHz up to 100 MHz. CN-MIG-BT4 for AMD-24C Tests 07.05.
PAGE 12
TECHNICAL SPECIFICATION E-MIG2000-6 VERI50 50 ohm termination and attenuator for system verification according to MIL-STD-461E. VERI5 5 ohm termination and attenuator for system verification. SYNCH ADAPTER The Sync Adapter generates the signal for the Spike synchronisation. It must be connected to the „Auxiliary“ plug on the rear panel of the MIG2000-6 generator. DC-S17CL 10uF decoupling set for voltage spike on power supplies. 07.05.
PAGE 13
TECHNICAL SPECIFICATION E-MIG2000-6 5.2 Accessories to all MIG and TRA Testers TEMA software TEest MAnager Platform Software For MIG, TRA and ESD testers • Test Library • Remote control • Customised protocolling without oscillograms 07.05.
PAGE 14
TECHNICAL SPECIFICATION E-MIG2000-6 DSO control option DSO control to TEMA Software For MIG, TRA and ESD testers • Remote control DSO • Customised protocolling with oscillograms OPTICAL LINK Serial, optical connection between PC and Generators. length 10 m 07.05.