TDK TestLab is a suite of software packages to handle EMC testing, EUT monitoring and antenna measurements. TDK TestLab is the top choice for EMC test professionals worldwide.
Relying upon their history of almost 30 years in EMC software and automation development, TDK RF Solutions’ EMC TestLab series of software is the defacto choice for EMC test professionals worldwide. The software series is divided in to easily recognizable packages, each package targeting a specific measurement theme.
In its simplest form, the software provides an elegant and flexible platform for consolidating the various measurements, analyses, post-processing and reporting EMC related phenomena.
Ease of Use
TDK Emissions Lab makes it simple to perform radiated and conducted emissions measurements in a shielded room, in a chamber, or on an open area test site (OATS).
Performance
Enhance test lab performance by maximizing repeatability of automated measurements using consistent, proven algorithms. TDK Emissions Lab includes support for turntable and antenna tower manipulation and is compatible with many turntable and antenna tower controllers, including those from Deisel, ETS-EMCO, Inn-co, Kagaseiko, Shoshin, Sunol Sciences and TDK.
Flexibility
Designed to support most EMC regulations, including CISPR, FCC, MIL-STD, and ETSI. For details on a specific regulation, please contact us.
Automated or Manual Control
Enables you to create simple test files for others to run, or you can interact with the test process every step of the way.
Ease of Use
TDK Conducted Immunity Lab makes it simple to perform conducted immunity and bulk current injection (BCI) tests. TDK Conducted Immunity Lab can be configured to run conducted immunity tests according to test standards applicable to your products. The familiar graphical interface makes it easy to use without sacrificing flexibility or performance.
Performance
TDK Conducted Immunity Lab enables you to test your products for immunity to conducted disturbances on their power, signal, and control lines, and to determine your products’ immunity to the complex waveforms of induced bulk cable current.
Flexibility
Enables you to create simple test files for others to run, or you can interact with the test process every step of the way.
Performance
TDK Radiated Immunity Lab is designed to automate radiated immunity testing by controlling the signal source output levels and monitoring the power levels necessary to generate the required field levels over a set of frequencies. It supports Substitution, Closed Loop, and Theoretical testing methods.
Ease of Use
TDK Radiated Immunity Lab makes it simple to perform radiated immunity tests in an anechoic chamber. Designed by experienced EMC engineers, TDK Radiated Immunity Lab is easy to use without sacrificing performance.
Flexibility
You can create an uncomplicated automated system for others that practically runs itself, or if you are a “hands-on” person, you can interact with the test process every step of the way.
Versatility TDK EUT Monitoring Lab allows you to acquire data from an EUT via an oscilloscope, a receiver, a spectrum analyzer, a status monitor, or a dynamic signal analyzer. The software can determine the pass/fail status of the EUT by comparing the acquired data against pass/fail thresholds.
Performance TDK EUT Monitoring Lab can acquire and display the following types of data:
Each of these data values may be compared against thresholds. Whenever a measured value is outside the range of acceptable values, a failure is reported.
Portability Data acquired by TDK EUT Monitoring Lab can easily be transferred to other TDK TestLab applications. This information can be displayed in data tables and graphs along with other test data, giving you access to all test data in one place. This makes it easy to see what the EUT data values were at each test frequency.
Performance
TDK GTEM Emissions Lab makes it simple to perform radiated emissions tests in a GTEM. Designed by experienced EMC engineers, TDK GTEM Emissions Lab is easy to use without sacrificing performance.
Automated or Manual Control
You can create an uncomplicated system for others that practically runs itself, or you can interact with the test process every step of the way. For example, for radiated EMI tests in a GTEM, you can choose up to 12 EUT positions at which the software will make measurements. A GTEM to OATS correlation utility computes the E-field. User-defined limits, cable loss, and preamplifier factors are all taken into account by the software.
