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.
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.
This application note demonstrates how to accurately model and simulate an LC low-pass filter by measuring the impedance of its individual components. Using the Bode 500 and the Circuit Fit feature in the Bode Analyzer Suite, component characteristics are extracted and converted into SPICE models. The resulting simulated transfer function is then compared with real-world measurements to highlight…
