Automotive Electrical Disturbances
Transient Immunity
Transient Emissions
Automotive Electrical Disturbances Accessories
Automotive Supply Voltage Variations
Ripple Generators and Couplers
Dips and Interrupts Generators and Modules
LV 124 and LV 148 Systems and Components
Arbitrary Waveform Generators
Accessories
Automotive Battery Simulators
Four-Quadrant Battery Simulators
One- and Three-Quadrant Battery Simulators
Electrostatic Discharge ESD
16.5 kV
30 kV
Harmonics & Flicker
Analyzers
Power Sources
Flicker Impedances
Programmable AC/DC Power Sources
Single Phase
Three Phase
Options & Accessories
Dips, Interrupts & Variations
Power Fail Simulators
Stepped Transformers
Motor Variacs
Ring Wave / Damped Oscillatory
Ringwave Generator
Damped Oscillatory Wave
Coupling Networks
Transient Generators (Surge, Burst)
Compact Generator 5 kV
Compact Generator 7 kV
Burst Generator
Surge Generator
Telecom Surge
Voltage Surge (1.2/50 us)
Current Surge (8/20 us)
Coupling Networks - Data Lines
Coupling Networks - Power Lines
Transient Accessories
Magnetic Fields
Magnetic Fields for Automotive Applications
Field Generator
Magnetic Field Antennas
Amplifiers - Solid State
< 1 GHz
< 6 GHz - Single Band
< 6GHz - Dual Band
Amplifiers - CW TWT
< 4 GHz
< 8 GHz
< 12 GHz
< 18 GHz
Amplifiers - Pulsed TWT
Amplifiers - Millimeter TWT Amplifiers
< 26 GHz
< 40 GHz
RF Immunity Test Systems
High Frequency Generators
Low Frequency Generators
Broadband Noise Generators
Software
RF Coupling Networks/ LISN
CDN| EM TEST | Teseq
CDND
CDNE
CN
CT
LISN or AMN
ISN or AAN
RF Probes and Clamps
Absorbing Clamps / Ferrite Tubes
EM Clamps
Current Injection Probes
Current Sensing Probes
Capacitive Voltage Probe
RF System Components and Accessories
Power Amplifiers
Preamplifiers
Power Meters
RF Switches
Attenuators
Directional Couplers
Reference Sources
Cables / Kits
GTEM / TEM Cells / Striplines / Reverberation Chambers
GTEM Cells
Predefined GTEM Systems
TEM Cells
Reverberation Chambers / Stirrers
Striplines
Antennas
Bilog
Horn
Loop
Some standards are written so that a fast semiconductor switch must be used to achieve the fast rise and fall times, or define very low, or very high-impedance open circuit simulations not possible with battery simulators (link to that) directly.
This dropout switch in the NSG 5500 +ARB +DS has been totally reengineered from the ground up for clean, symmetrical switching on all three switches: BAT+, BAT- and a new short-circuit (S2) switch for European requirements like LV 124
PFS 200N - Automotive Power Fail Simulator For Voltage Dips and Interruptions
Power Fail Module and dropout switch for LV 124/LV 148.