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NEXIO Company

NEXIO Electromagnetic Automation Test Software
Founded in 2003, NEXIO offers the market’s widest range of electromagnetic automation test software.
NEXIO developed the ‘‘Bench top Automated Testing’’ or BAT family of automation test software for a variety of Electromagnetic Compliance (EMC) and RF testing requirements for all industries.

NEXIO BAT (Bench top Automated Testing) Family:
• 
BAT-EMC – Automates Testing for Electromagnetic Compatibility (EMC)
• BAT-ELEC – Compatible with all brands of test generators and for all standards (automotive, commercial electronics, etc.)
• BAT-NSA / SVSWR – For anechoic chamber or open area test site (OATS) qualification and Normalized Site Attenuation (NSA) and SVSWR measurement.

• BAT-FT – provides different metrology (calibration) functions as well as measurements of rejection rates of a DC-DC converter

• BAT-IMAGE – Detects EUT malfunctions through real-time analysis

• 
BAT-MANAGER
 – Collaborative software for centralized data management and the management of activities of a laboratory
• 
BAT-SCANNER – 3-D near-field scanner to assist in the design of electronic circuits by measuring their EMC characteristics
• BAT-SCAN – the first software compatible with numerical simulation software and adapts to all robotic systems

BAT-EMC – Automates Testing for Electromagnetic Compatibility (EMC) 

BAT-EMC is software developed by NEXIO, since 1995, to cover the full requirements of electromagnetic compatibility (EMC).
Flexible, easy to use and completely independent of any measuring device or complete system, BAT-EMC provides an answer to the increase in productivity and quality requirements of the EMC tests. Our software is now widely used by both accredited full-compliance and pre-compliance laboratories in all major market sectors, such as automotive, aviation, aerospace & defense, and commercial electronics worldwide.

Advantages
· Unique interface for all tests
· Independent of any measurement equipment
· Free drivers and more than 500 supported devices
· Efficient and dedicated technical support
· Large number of supported standards (EN IEC, CISPR, AUTOMOTIVE, DO160, MIL-STD, ETSI, etc.)
· Interface Agilent VEE ™, MS Windows™, LabView, LabWindows CVI™
· Operating system: Microsoft Windows™ Vista to 10…
· Report integration with Microsoft Office™ 2003-2016
· Compatibility with next versions of MS Office™

Functions
Pre-scan and final-scan customization with antenna mast and turntable, totally configurable for stepped or continuous motion via user-definable algorithms.

GTEM: In accordance with EN/IEC 64000-4 20 calculation method with 3-axes.
Reverberation:
· The three calibration types (empty, loaded, or with equipment) have two objectives: homogeneity checking and the acquisition of field strengths and values for equipment under test.
· The stirrer can be used with continuous rotation or step by step rotation. Each mode allows the user to define a parameter of operation: the number of samples for the tuning and the rotation time in seconds per turn for stirring.

STANDARDS
· Automotive: 2004/104/EC, ISO 11451/2 SAE, J1113 & J551, CISPR 12 & 25, Ford, BMW, Mercedes, General Motors, PSA, Renault- Nissan, Toyota, Chrysler-Fiat…
· Commercial: CISPR/EN 55011,14, 15, 22, 24, EN 61000-4-3, EN 61000-4-6, FCC Part 15, IEC 61967& IEC 62132…
· Aerospace & Defense: MIL-STD 461/462, DO 160 (RTCA)…

BAT-ELEC – Compatible with all brands of test generators and for all standards (automotive, commercial electronics, etc.) 

Supporting our customers for the new challenges with continuously evolving standards, NEXIO has developed BAT-ELEC, the only software which is compatible with all brands of test generators and for all standards (automotive, commercial electronics, etc.).

STANDARDS
· Automotive: ISO 16750-2 / ISO 7637-2
· Commercial electronics: IEC 61000-4-4 / IEC 61000-4-5 / IEC 61000-4-11 / IEC 61000-4-12

• BAT-RF – Radio Frequency (RF) test software for antenna radiation patterns
BAT-RF is our Radio Frequency (RF) test software for antenna radiation patterns. It offers a wide range of test methods to set the basis for measuring antenna performance indicators, and for testing the radiated characteristics of various wireless devices. Whether you are designing antennas for standalone applications, or testing an integrated antenna system and a radio module, BAT-RF offers the necessary flexibility and rigor to facilitate your testing.

FUNCTIONS

· Results overview in real time
· Export results
· Positioners control
· Theta – Phi variation
· Intuitive interface
· 2D and 3D visualization of the radiation pattern

• BAT-CLICK – Click rate analysis in accordance with CISPR 16-1 and EN 55014, in conjunction with the R&S® ESCI and R&S® ESU EMI Test Receivers
BAT-CLICK performs click rate analysis in accordance with CISPR 16-1 and EN 55014, in conjunction with the R&S® ESCI and R&S® ESU EMI Test Receivers. It features real-time graphic display of the Max Peak and Quasi-Peak values.
After the measurement, a test report can be displayed and printed.

FEATURES
· Compliant with CISPR 14-1 / EN 55014-1
· Communication with R&S® ESCI or R&S® ESU via LAN or IEC/IEEE bus interface
· Real-time graphic representation of measured values
· 500 μs time resolution for measuring Peak value and Quasi-Peak value levels
· Standard-compliant click rate analysis at 150 kHz, 500 kHz,1.4 MHz and 30 MHz, as well as analysis at user-selected frequencies
· Navigating to individual click events on graph with cursor buttons
· Marking of click events while measurement is in progress
· Recording of number of clicks and calculation of click rate
· Allowing for exceptions specified by standards
· Generation of detailed test report and printing on Windows default printer
· Electronic archiving of measurements

BAT-RF – Radio Frequency (RF) test software for antenna radiation patterns 

BAT-RF is our Radio Frequency (RF) test software for antenna radiation patterns. It offers a wide range of test methods to set the basis for measuring antenna performance indicators, and for testing the radiated characteristics of various wireless devices. Whether you are designing antennas for standalone applications, or testing an integrated antenna system and a radio module, BAT-RF offers the necessary flexibility and rigor to facilitate your testing.

FUNCTIONS
· Results overview in real time
· Export results
· Positioners control
· Theta – Phi variation
· Intuitive interface
· 2D and 3D visualization of the radiation pattern

BAT-CLICK – Click rate analysis in accordance with CISPR 16-1 and EN 55014, in conjunction with the R&S® ESCI and R&S® ESU EMI Test Receivers

BAT-CLICK performs click rate analysis in accordance with CISPR 16-1 and EN 55014, in conjunction with the R&S® ESCI and R&S® ESU EMI Test Receivers. It features real-time graphic display of the Max Peak and Quasi-Peak values. After the measurement, a test report can be displayed and printed.

· Compliant with CISPR 14-1 / EN 55014-1
· Communication with R&S® ESCI or R&S® ESU via LAN or IEC/IEEE bus interface
· Real-time graphic representation of measured values
· 500 μs time resolution for measuring Peak value and Quasi-Peak value levels
· Standard-compliant click rate analysis at 150 kHz, 500 kHz,1.4 MHz and 30 MHz, as well as analysis at user-selected frequencies
· Navigating to individual click events on graph with cursor buttons
· Marking of click events while measurement is in progress
· Recording of number of clicks and calculation of click rate
· Allowing for exceptions specified by standards
· Generation of detailed test report and printing on Windows default printer
· Electronic archiving of measurements

BAT-NSA / SVSWR – For anechoic chamber or open area test site (OATS) qualification and Normalized Site Attenuation (NSA) and SVSWR measurement 

BAT-NSA / SVSWR is designed for anechoic chamber or open area test site (OATS) qualification and allows two different kinds of measurement:
· Normalized Site Attenuation (NSA) is measured in accordance with CISPR 16-1-4 and ANSI C63.4 in semi and fully anechoic environment. The volumetric test method is applied (test volume diameter needs to be specified) at 3 m, 10 m, or any other distance. The height scan of the receiving antenna is adjusted in the 1 m to 4 m range above the ground plane.
· The SVSWR measurement is done according to CISPR 16-1-4 in the frequency range from 1 GHz to 18 GHz using broadband omnidirectional antennas in horizontal and vertical polarization.

BAT-FT – provides different metrology (calibration) functions as well as measurements of rejection rates of a DC-DC converter 

BAT-FT provides different metrology (calibration) functions (measurement of a cable path loss, transfer function of probes, the impedance of an artificial network, etc.), as well as measurements of rejection rates of a DC-DC converter.

With BAT-FT you have three types of tests:
· Transfer function measurements (with network analyzer or signal generator and spectrum analyzer)
· Transducer measurements
· Attenuator measurements

BAT-IMAGE – Detects EUT malfunctions through real-time analysis 

Our EUT video acquisition & surveillance control tool. In case of faults, it executes actions set up by the user. Associated to NEXIO’s EMC software, BAT-Image detects EUT malfunctions through real-time analysis.

ADVANTAGES
The goal of BAT-Image is to compare the reference image to the real-time image.
Integrated into BAT-EMC, BAT-Image can be used as a control tool during immunity tests to detect EUT malfunctions through real-time analysis.

FUNCTIONS

· Audio signal generation (prompt)
· Recording of the fault image
· Information transmission to EMC test system or others (frequency, level, modulation, etc.)
· Fault code (which can influence the test procedure)
· Attach message describing the fault

BAT-MANAGER – Collaborative software for centralized data management and the management of activities of a laboratory 

With its range BAT-EMC, BAT-ELEC, and the similar, NEXIO has been the preferred software in major EMC test laboratories in Europe, North America, and Asia, since 1995. BAT- EMC meets the complex needs of laboratories with strict quality requirements (ISO 17025, etc.), providing efficiency, flexibility, and continuous improvement. BAT-MANAGER completes the range by offering a collaborative software for centralized data management and the management of activities of a laboratory.

ADVANTAGES
· Centralize information related to EMC testing
· Streamline processes (Workflow) respecting the QMS
· Share information
· Optimize the test preparation time
· Improve the traceability of information (monitoring, changes, etc.)
· Increase efficiency
· Measuring performance (indicators, statistics)

FEATURES
· Management of requests for tests
· Planning
· Process management
· Management of resources
· Team Management (1*8, 2*8, 3*8)
· Progress of projects
· Reporting project (metrics / indicators)

BAT-SCANNER – 3-D near-field scanner to assist in the design of electronic circuits by measuring their EMC characteristics 

Our 3-D precision scanner works with the BAT-Scan software. Building on the methods of measurement, analysis, and innovative post-processing, NEXIO designed its 3-D near-field scanner to assist in the design of electronic circuits by measuring their EMC characteristics.

SPECIFICATIONS
· Size: 783 x 942 x 936 mm
· Measuring Volume: 400 x 400 x 200 mm
· Maximum weight: 50 kg
· Effective measurement accuracy: 0.1 mm
· Camera integrated with high resolution 4K
· Probe protection system
· Integration of the Tektronix analyzer from 9 kHz to 6.2 GHz with a very high precision.

BAT-SCAN – the first software compatible with numerical simulation software and adapts to all robotic systems 

BAT-Scan adapts to all robotic systems. BAT-Scan is the first software compatible with numerical simulation software.

· Investigate EMC failures observed during radiated emissions testing
· Assist with sustaining compliance due to design changes or component obsolescence
· Characterize the leakage of a shield (location, quantification, etc.)
· Evaluate the impedance mismatch of the tracks on a PCB
· Optimize the placement IC/PCB or PCB/box to reduce the phenomena of self-disturbance
· Calculate the field distribution at any distance using the techniques of transformation near-field / far-field

Aaronia_AG_EMC_Analyzer_Bundle-1_Data_SheetNEXIO Product Catalog