Measure frequency response from 1 Hz to 50 MHz

Engineers, scientists, researchers and lecturers benefit from the high accuracy and great usability of our multi-talent Bode 100.

Material Analysis

Analyze dielectric material properties over frequency

Measure the dielectric parameters of solid or liquid materials such as insulating paper, oil, thin-films, epoxy, polymers or nano-composites.

Precision Timing

Achieve sub-microsecond synchronization accuracy

Using IEEE 1588/PTP equipment; the OTMC 100 PTP Grandmaster Clock and the TICRO 100 PTP Time Converter.

News

Jan 20198th Power Analysis & Design Symposium

The 8th Power Analysis & Design Symposium takes place on
April 4^th, 2019 in Eching (near Munich).
Register now for a day packed with lectures, practical examples and demonstrations by international experts.

BAS 3.20 further improves your Bode 100 user experience!
You can switch between a light and a dark theme and you can add more traces if you want. Furthermore you can automatically calculate stability margins and use the Nichols diagram for your control system analysis.

Download it now to upgrade for free!

Aug 2018Bode 100 checked out on EEVblog

Finally, we did it. We did send a Bode 100 to Dave at EEVblog. To find out what Dave says about the Bode 100, check out the review video!

Measure frequency response from 1 Hz to 50 MHz

Analyze dielectric material properties over frequency

Achieve sub-microsecond synchronization accuracy

Jan 20198th Power Analysis & Design Symposium

Oct 2018Bode Analyzer Suite 3.20 released!

Aug 2018Bode 100 checked out on EEVblog