Automotive Transients - Conducted Immunity Rental Systems
- ISO 7637-3 & OEM Compliant Solution
- Accepts Cables up to 40mm Diameter
- Solution for Testing Shielded Signal Lines
- Calibration Kit Designed for EM Test Systems
- Compliant to IEC 61000-4-4 & ISO 7637, Annex D
- Includes KW 50 (50Ω) & KW1000 (1kΩ)
- Includes all Required Load Resistor Values
- Resistors with very low inductance
- Highly accurate resistors (+/-1%)
- Teseq ISO 7637-3 ICC for UCS 200N Series
- Used for Injection of Pulse 2A
- Includes CIP 9136A, PCJ 9201, & MN-CIP9136
- Max 1000 Volts 100 Amps DC (150 Amp Peak)
- ISO 7637-2, ISO 11452-4, & CISPR 25 Compliant
- Switch for Selecting Testing Requirements
- Teseq ISO 7637-3 ICC for NSG 5500 System
- Used for Injection of Pulse 2A
- Includes CIP 9136A, PCJ 9201, & INA 5580
- Electronic Switch, Artificial Network, & RS-Box
- BS 200N100 Electronic switch, 60V DC/100A
- AN 200N100 1,000V DC, 250V AC (up to 1kHz)
- Frequency response 10 Hz to 500 kHz
- Audio power up to 3 x 200 W
- Turns ratio 2:1 step down
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Overview
General Overview
Automotive and vehicles electrical systems and environment create unique EMI challenges including conducted immunity transients. There are a variety of definition of what constitutes a typical occurrence including , rise time, swell time, Peak voltage etc, however often ISO 7637-2/-3 is used as a reference. Often manufacturer based standards place unique requirements making the need for specialized equipment. Generally, these fast acting waveforms can be broken down into a few major causes:
- Disconnection from inductive loads
- Inductance in the wiring harness
- Switching process related
- Load dump occurrences
Typical Automotive Immunity Setup
EM Test ACC - Rent Automotive Capacitive Coupling Clamp
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- ISO 7637-3 & OEM Compliant Solution
- Accepts Cables up to 40mm Diameter
- Solution for Testing Shielded Signal Lines
- Calibration Kit Designed for EM Test Systems
- Compliant to IEC 61000-4-4 & ISO 7637, Annex D
- Includes KW 50 (50Ω) & KW1000 (1kΩ)
- Includes all Required Load Resistor Values
- Resistors with very low inductance
- Highly accurate resistors (+/-1%)
- Teseq ISO 7637-3 ICC for UCS 200N Series
- Used for Injection of Pulse 2A
- Includes CIP 9136A, PCJ 9201, & MN-CIP9136
- Max 1000 Volts 100 Amps DC (150 Amp Peak)
- ISO 7637-2, ISO 11452-4, & CISPR 25 Compliant
- Switch for Selecting Testing Requirements
- Teseq ISO 7637-3 ICC for NSG 5500 System
- Used for Injection of Pulse 2A
- Includes CIP 9136A, PCJ 9201, & INA 5580
- Electronic Switch, Artificial Network, & RS-Box
- BS 200N100 Electronic switch, 60V DC/100A
- AN 200N100 1,000V DC, 250V AC (up to 1kHz)
- Frequency response 10 Hz to 500 kHz
- Audio power up to 3 x 200 W
- Turns ratio 2:1 step down
- Max 1000 V/150 A DC or 500 V/150 A AC
- HV Compliant to ISO 7637-4 & CISPR 25
- Jumpers Provide LISN Path Configuration
- Max 1000 V/200 A DC or 700 V/200 A AC
- Includes HVSE 8600 Shielded Enclosure
- 5uH LISN in Accordance with CISPR 25
- Designed for use with Teseq HV-AN 150s
- Rugged Design using Stainless Steel
- Compliant to HV CISPR 12/25 & ISO 7637-4
- Designed for use with NNHV 8123-200
- Compliant to HV CISPR 25 & BMW GS 95025-1
- Rented with set of NNHV 8123-200 LISNs
- Electronic Switch Accordance with ISO 7637 Part 2
- Rented with EM Test Transient Emissions Set
- Max 60 Volts & 100 Amps Cont. (400A @ 200ms)
- Designed for RTCA/DO-160 Testing
- 10uF/1000 Volt Capacitor
- Rented with HV-AN 150 LISN
- Impedance 50 µH || 50 Ω
- Frequency Range 150 kHz – 30 MHz
- Maximum: 200 Amps 700 Volts AC
- 4-channel Arbitrary Waveform Generator
- 2-channel Transient Waveform Recorder
- Simultaneous Recording/Generation
Overview
General Overview
Automotive and vehicles electrical systems and environment create unique EMI challenges including conducted immunity transients. There are a variety of definition of what constitutes a typical occurrence including , rise time, swell time, Peak voltage etc, however often ISO 7637-2/-3 is used as a reference. Often manufacturer based standards place unique requirements making the need for specialized equipment. Generally, these fast acting waveforms can be broken down into a few major causes:
- Disconnection from inductive loads
- Inductance in the wiring harness
- Switching process related
- Load dump occurrences
Typical Automotive Immunity Setup
