EMC measurement software - Monitoring
Check your EUT for the duration of your test
BAT-EMC monitoring is a range of software packages for checking/monitoring your EUT during EMC and other environmental tests.
User benefits
- Automated: fault detection according to user-configured scenarios.
- Easy to use: fully integrated into BAT-EMC software, no need for complex driver configuration or programming.
- Flexible: works alone or synchronized with external systems via any software via Ethernet, RS232…
- Compatibility: driver compatible with most measurement devices (oscilloscope, NI acquisition card, GPIB, etc.).
Easy Monitoring (control tool, camera, CAN, scope, multimeter, 34970A, Daq970a, eCall,...)
Electromagnetic compatibility (EMC) is a crucial area in the development and certification of electronic equipment.
It ensures that devices operate correctly in their electromagnetic environment without causing or suffering harmful electromagnetic interference.
Mastering this discipline is essential for the safety, reliability and performance of equipment, particularly in sensitive sectors such as aeronautics, automotive, telecommunications and healthcare.
The BAT-EMC monitoring range covers several types of equipment for checking different types of information from the EUT.
For example: voltmeter, multimeter, wattmeter, camera, data logger, spectrum analyzer, external software.
Discover our EASY-MONITORING solutions
Easy Control
Easy Scope
Easy Script
Easy Tool
Keysight 34970/80
Bat-Image
Bat-Image
Our BAT-IMAGE is a video acquisition and monitoring tool.
In the event of a fault, it executes user-defined actions.
Combined with NEXIO's CEM software, BAT-Image detects EUT malfunctions through real-time analysis.
Benefits
The aim of BAT-Image is to compare the reference image with the real-time image.
BAT-Image can be used as a monitoring tool during immunity tests to detect EUT faults.
These tools have functions performed at different times during the test: start, start of regulation, start of dwell time, end of dwell time.
These tools have inputs and outputs such as test name, frequency, level, modulation, power, dwell time...
Ecall
Ecall system
The Ecall system is the emergency call in the car.
The base station simulator (e.g. Keysight UXM, R&S CMW500) must be configured to communicate with the car.
The GNSS signal generator must simulate certain satellite constellations.
This will enable the car to obtain its fictitious GNSS position and transmit it to the PSAP.
The PSAP simulator must decode the minimum data set (MSD) and communicate it to the BAT-EMC.
This test tool will check communication and the minimum data set during the immunity test.
The eCall tool can be complemented with EasyScope to verify the establishment of a voice connection.
This eCall tool only checks the MSD.
Functions
- Audio signal generation (prompt)
- Transmission of information to the EMC test system
or others (frequency, level, modulation, etc.).
- Error code (may influence test procedure)
test procedure)
- attach a message describing the fault
Can Bus
Can Bus
The CAN BUS can be read in two different ways: CANOE/CANALYZER from Vector or PCAN from Peak System.
The purpose of CANOE/CANALYZER is to :
- Send and read variables or signals on the bus
- Modify simulation parameters
- Trigger test series to modify the test environment
- Read calculator variables
- Read CANOE's test results
The purpose of PCAN is to send and receive information on the CAN bus.
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