Wayne Kerr 3255BQ Inductance Analyzer

The Wayne Kerr 3255BQ Inductance Analyzer stands out as a highly efficient tool designed for accurate characterization of various devices. It facilitates seamless parametric testing and enhances workflow efficiency with its advanced features. Users benefit from the ability to print test results directly via the parallel Centronics interface for further analysis and archiving. Additionally, the analyzer can be controlled from a PC, and results can be conveniently read back for analysis and storage using the optional GPIB interface.

Key Features and Specifications

• Fast Measurement Speed: Achieve up to 20 measurements per second, enhancing productivity.
• Basic Accuracy: Exceptional 0.1% basic accuracy ensures reliable results.
• DC Bias Current: Accommodates up to 125 A of DC bias current for versatile testing.
• Comprehensive Measurement Functions: Supports a wide range of measurements including Z, Ø, L, C, Rac, Rdc, Q, D, and turns ratio.
• User-Friendly Operation: Straightforward intuitive interface for easy navigation.
• Print Capability: Conveniently print test results for documentation and review.
• Frequency Range: Operates within a frequency range of 20 Hz to 1 MHz, accommodating various testing scenarios.
• Measurement Modes:
  • Impedance: Detailed analysis and reporting.
  • Multi-Frequency: Set measurement parameters and conditions with support for up to 8 frequencies, including PASS/FAIL indications based on absolute or percentage limits.
  • Optional Bin Handler: Enhances functionality for sorting measurement results.
• DC Bias Current Range: Adjustable from 1 mA to 1 A - internal (optional), enabling precise control over testing conditions.
• Interface Options: Available GPIB interface for extended versatility.
• Measurement Connections:
  • Front Panel BNC Sockets: Four dedicated sockets for easy connectivity.
  • 4-Wire (Kelvin) Measurements: Ensures measurement accuracy by keeping screen at ground potential.
  • Visual Representation: Equivalent circuit symbols displayed on screen for enhanced understanding of results.