How to Perform Combined IV CV Measurements

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Parameter Analyzer
+ Parameter Analyzer
Parameter Analyzer
+ Parameter Analyzer

Perform Integrated IV And CV Testing

Combined current-voltage (IV) and capacitance-voltage (CV) measurements require coordinated control of source measure units and capacitance measurement hardware within a unified test setup. The measurement system must support both triaxial-based IV measurements and coaxial-based CV measurements while maintaining signal integrity, guarding, and proper return paths to ensure accuracy across different measurement modes.

The measurement setup involves configuring shared cabling and switching mechanisms to enable seamless transitions between IV and CV measurements without physically reconfiguring connections. Accurate results depend on minimizing parasitic effects, stabilizing measurement paths, and applying compensation techniques while maintaining consistent probing conditions on the device under test.

Integrated IV CV Measurement Solution

Performing combined IV and CV measurements requires a unified measurement architecture capable of switching between current-voltage and capacitance-voltage modes without changing physical connections. The solution integrates a semiconductor device analyzer with source measure units, a multifrequency capacitance measurement unit, and a switching unit that unifies IV and CV paths. The system enables automatic switching between measurement modes, maintains proper guarding and return paths, and supports error compensation through software control. Additional capabilities include extended bias voltage for CV measurements, automated test execution, and simplified setup using predefined measurement algorithms, enabling efficient and repeatable device characterization.
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How to Perform Combined IV CV Measurements

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