DESCRIPTION:

The Bird BNA1000-1F5 Fixture Circuit Simulation Function is an advanced software option for the Bird BNA1000 Series Vector Network Analyzer platform. The option provides fixture modelling, fixture circuit simulation, and de-embedding functionality to improve measurement accuracy when testing devices through test fixtures, adapters, interconnects, and other measurement interfaces.

In many RF and microwave measurement environments, the test fixture itself can influence measurement results. The BNA1000-1F5 option enables engineers to compensate for these effects by modelling and mathematically removing fixture characteristics from measurement data, allowing more accurate characterization of the actual Device Under Test (DUT). This is particularly valuable during component development, validation testing, manufacturing verification, and quality assurance applications.

The option integrates directly into the BNA1000 software environment and complements the analyzer’s advanced measurement capabilities including full S-parameter analysis, calibration functions, time-domain processing, and production test automation. The functionality assists engineers in obtaining measurement results that more closely represent actual DUT performance by reducing the influence of external fixture elements within the measurement path.

The Fixture Circuit Simulation Function is particularly suited to passive component characterization, filter development, transmission line analysis, RF module testing, manufacturing test systems, and research laboratories where fixture effects can significantly impact measurement accuracy. The option enhances both development and production workflows by providing improved confidence in measured results and device performance evaluation.

Designed for use with the Bird BNA1000 Series Vector Network Analyzer family, the BNA1000-1F5 option expands the analyzer’s capability for advanced RF and microwave measurement applications requiring fixture modelling and de-embedding analysis.

Key Features

• Software option for Bird BNA1000 Series VNAs
• Fixture circuit simulation functionality
• Fixture de-embedding capability
• Improved DUT characterization accuracy
• Reduces fixture-induced measurement errors
• Supports RF and microwave measurement applications
• Complements S-parameter analysis workflows
• Suitable for passive component testing
• Supports filter and transmission line analysis
• Enhances manufacturing test applications
• Suitable for research and development environments
• Integrates directly within BNA1000 software
• Supports advanced measurement workflows
• Improves confidence in DUT performance analysis
• Designed for laboratory and production environments