EMC measurement software - Monitoring

Check your EUT throughout the duration of your test

BAT-EMC Monitoring is a suite of software packages designed to check and monitor your EUT during EMC and other environmental tests.

  • Automated: Fault detection based on user-configured scenarios.
  • User-friendly: Fully integrated into the BAT-EMC software, eliminating the need for complex driver configuration or programming.
  • Flexible: Operates independently or synchronizes with external systems via any software using Ethernet, RS232, etc.
  • Compatible: The driver is compatible with most measurement devices (oscilloscopes, NI acquisition cards, GPIB, and more).

Easy Monitoring (control tool, camera, CAN, scope, multimeter, 34970A, Daq970a, eCall,...)

Electromagnetic compatibility (EMC) is a crucial aspect in the development and certification of electronic equipment.
It ensures that devices function properly in their electromagnetic environment without causing or being affected by harmful electromagnetic interference.
Mastering this field is essential for ensuring the safety, reliability, and performance of equipment, particularly in sensitive sectors such as aeronautics, automotive, telecommunications, and healthcare.

The BAT-EMC monitoring range supports various types of equipment for monitoring different information from the EUT.
Examples include: voltmeters, multimeters, wattmeters, cameras, data loggers, spectrum analyzers, and external software.

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Discover our EASY-MONITORING solutions

Easy Control

EASY CONTROL

Simple monitoring equipment to measure 1 or 2 values (voltmeters, spectrum analyzers, multimeters, power-meters, field probes, etc.).

Easy control allows you to use the equipment already defined in BAT-EMC with the measurement script, as well as create, modify, optimize the script.

This license allows you to use equipment with script definitions in BAT-EMC.
In BAT-EMC, in the Equipment folder, there is a script called "Measure", where you can can add GPIB instructions to read values from the equipement.
This option is limited to communication with "simple equipment" such as voltmeters, spectrum analyzers, multimeters, power-meters, field probes, and similar devices.

easy control

Easy Scope

EASY SCOPE

Allows you to perform oscilloscope measurements using the available functions (maximum, minimum, peak-peak, RMS, average, frequency, duty cycle, mask).
You can save settings and capture print screen in the event of an error. This print screen could be pasted in your test report.

easy scope

Easy Script

EASY SCRIPT

Sends commands/instructions to the EUT via Ethernet, GPIB, Serial, Exe, dll.

Easy Script has two main uses:

- activate one or more EUT operating modes (before or during dwell time)

- Reset the EUT after a fault (if the EUT does not return to normal operation automatically).

ecall

Easy Tool

EASY TOOL

Our customers or NEXIO can develop a specific program based on customer specifications.
These programs are developed using Labview, Vee, C++, C#.

These tools execute functions at different stages of 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, and more

Examples: Dynamometer, audio analyzer, radio sensitivity, NI card, converter, ...

This interface lets you connect an external program, which will perform specific actions and requests.

We can develop a specific program to meet your needs.
The cost will depend on the number of development days required.

easy tool

Keysight 34970/80

AGILENT 34970-34980

This module is a specific development we have made for the Agilent 34970 and 34980
This equipment is a data acquisition system with 88 channels.
You can configure each channel with parameters and set a limit for each one.

agilent

Bat-Image

Bat-Image

Our BAT-IMAGE is a video acquisition and monitoring tool.
that executes user-defined actions in the event of fault.
When combined with NEXIO's EMC software, BAT-Image detects EUT malfunctions through real-time analysis.

Benefits

The primary function of BAT-Image is to compare a reference image with the real-time image.

it can be used as a monitoring tool during immunity tests to detect EUT faults.

These tools have functions performed at different stage of the test: at the start, at the beginning of regulation, beginning of dwell time, end at the end of dwell time.
They also have inputs and outputs such as test name, frequency, level, modulation, power, dwell time, fault comments...

NEXIO propose also to connect to external camera solution such as MK Messtechnik, PONTIS, INTEGO, CE-SYS, R&S AdVise.

bat-image-icone

Ecall

Ecall system

The Ecall system is the emergency call features in vehicules.
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, enabling the car to obtain its fictitious GNSS position and transmit it to the PSAP.

The PSAP simulator must decode the Minimum Set of 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 confirm the establishment of a voice connection.
This eCall tool focus on checking the MSD.

Functions

- Audio signal generation (prompt)

- Transmission of information to the EMC test system
or others (frequency, level, modulation, etc.).

- Error code (which may influence test procedure)

- attachment of a message describing the fault

ecall

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.

can-bus
Watch the webinar below to understand how our monitoring tools could help you.
Monitoring part 1 and part 2

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How do you manage planning in your EMC laboratory?

Automate your metrology using a network analyzer or generator and meter

Automate your metrology using an oscilloscope

Monitoring during immunity testing - Part 1

Monitoring during immunity testing - Part 2

CRBM testing standards tour

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