Vector Network Analysis
Frequency Response Analysis
Material Analysis
Vector Network & Frequency Response Analysis
Educational Material
Picotest Products
ClampMan
Precision Timing
Measure transfer functions such as loop gain, input and output impedance or component impedance using our multi-talent Bode 100.
Easily measure filters, amplifiers, antennas, RFID tags or piezo elements using our multi-functional VNA Bode 100.
Measure impedance of components and systems over a wide frequency range using our multi-functional Bode 100 or Bode 500.
Download the new Bode Analyzer Suite 3.52 and benefit from:
• 10 mHz capability for the Bode 500• New Gain Fitting tool• Note fields for Memory traces
…and many improvements and bugfixes.
Our new DGN1DEMO-2 Buck Converter Stability Demoboard makes loop gain, PSRR, and transient behavior measurable and easy to understand – compact, configurable, and lab-ready.
This white paper outlines how to measure and optimize the output impedance of an LM317 linear regulator. It explains how to select suitable output capacitance and ESR values for a stable impedance curve, and presents a circuit tweak using external resistors to further improve performance without affecting regulation.
Check out this application note to learn more about detailed methodologies for measuring the winding impedance of a three-phase motor. Additionally, it includes procedures for assessing the capacitance between the neutral point and the motor housing.
