ACCSYS: EMC SOFTWARE www.siepel.com GENERAL FEATURES Developed for a Windows environment, ACEMC is a suite of measurement software for testing electromagnetic, compatibility and radio measurement according to most of the standards used in the industrial, military, aeronautics, automotive, telecommunications, railway and aerospace sectors. Of open design, ACEMC can make use of most of the measuring devices on the market, present in a driver library that the user can extend at will. ACEMC can be used to create monitoring applications, based on a code that is supplied, allowing the performing of operations defined by the user during testing. The results of the measurements can be displayed, via a dedicated “Graph” module, in the form of configurable plots (colour, appearance, etc.). ACCSYS-ACEMC is divided into three main modules: The “Hardware setup” module The “Calibration” modules The “Measurement” module ACEMC-ACEMC proposes optional modules including: Monitoring of equipment under test - OMO Component Testing (scalar measuring) - OSA Edition of measurement reports - ORA The axis controller (masts, turntables, etc.) – OMP ACCSYS-ACEMC covers many types of tests and in particular: Radiated and conducted immunity testing Immunity to Direct Power Injections - DPI Magnetic field immunity Radiated immunity test in a reverberation chamber Radiated and conducted emission testing Measuring of emissions in a reverberation chamber Screening effectiveness measuring Antenna radiation field pattern measurement Radio sensitivity measurement Measurement of spurious emissions ACEMC requires little memory and loads instantly. ACEMC does not require an external database and can be used on a local machine, as in a network with total security for the tests. The software makes use of powerful algorithms for measurement and control, that have proven their efficiency for a number of years, and their ability to rise to all situations. The power of the algorithms, the real time calculations and the optimisation of the code make the software extremely fast and provide optimal test security. ACEMC is used to display, export and print reports via Microsoft™ Word or Excel, incorporating all the data from the tests, based on a user-designed template. SIEPEL SAS – ZA de Kermarquer - 56470 La Trinité-sur-Mer FRANCE Ph.+33(0)2 97 55 74 95- Fax +33(0)2 97 55 84 55 – www.siepel.com Sales Managers: Matthieu GUESNÉ [email protected] - Stéphane TANGUY [email protected] Customer Relations Manager: Stéphanie JÉGAT [email protected] ACCSYS EMC SOFTWARE – 08.03.12

Michael Faraday's Heritage HARDWARE CONFIGURATION GENERAL FEATURES S Define hardware environment S Select devices represented in pictures S Assigning by frequency range Management of automatic switching Access to device drivers Edit correction factors (antenna, losses, coupler, probe) Automatic configuration check Hardware Configuration Module: Display of measurement bands: Diagram form, illustrations and references correspond to the device model Makes it easy to use complex hardware configurations Representation by frequency ranges: a band describes the device to be used in the interval defined...

Michael Faraday's Heritage Automatic mode (automatic sequencing of frequencies) or manual mode (manual frequency sweep) Search for susceptibility threshold according to different modes of increment (logarithmic, linear or in stages). manual mode: Mode Manuel/Auto S Possibility of starting a measurement at the desired frequency S The measurement can be interrupted at any time S Measurements can be displayed in real time via a graph window and a list of configurable measurements. S Test or project tern plates can be saved S Measurement fully automated thanks to the monitoring and axis controller...

Michael Faraday's Heritage For calibration and qualification, ACEMC proposes several modules: s Module for validation and calibration in an anechoic chamber s Module for validation and calibration in a reverberation chamber S Module for validation in a quiet zone (ANE, VSWR) s Module for the calibration of cables, attenuators and amplifiers. Real time display of the measurement in progress by means of numerical! values and changes in curves (level, power, field, T.O.S., Calculation of estimated results in progress or before the end of the User selects measurement method I It is also possible...