Keysight / Agilent 4339A High Resistance Meter

The Keysight / Agilent 4339A High Resistance Meter is engineered for precision in high resistance and low current measurements, providing a single-channel solution that enhances your testing processes. Designed for efficiency, it features an automated test sequence program that follows a systematic charge-measure-discharge cycle, facilitating seamless operation.

Key Features:

• Wide Measurement Range: Capable of measuring from 1 x 10³ ohm to 1.6 x 10¹⁶ ohm, ideal for various applications.
• Stable Test Fixtures: Includes specialized resistivity cells and component test fixtures for versatile testing options.
• High-Speed Measurement: Achieves measurements in just 10 ms, ensuring rapid data acquisition.
• Test Sequence Programming: Easily program your tests for accurate resistivity calculations.
• Grounded DUT Measurement: Ensures safe and reliable testing of your devices under test (DUT).
• Comprehensive Measurement Parameters: Measures R (dc resistance), I (dc current), rs (surface resistivity), and rv (volume resistivity).
• Mathematical Functions: Perform deviation and percent deviation calculations for enhanced data analysis.
• Ranging Options: Choose between auto and manual ranging to suit your testing needs.
• Trigger Types: Internal, external, manual, and HP-IB triggers for flexible operation.
• Adjustable Delay Time: Set delay times from 0 to 9999 ms in steps of 1 ms.
• Test Cable Lengths: Accommodates cable lengths up to 2 m for versatile testing setups.
• Measurement Time Selection: Customize measurement durations with short, medium, and long time settings.
• Averaging: Choose from 1 to 256 averages to improve measurement accuracy.
• Test Voltage Range: Test with voltages from 0 to 1000 Vdc, adjustable in 100 mV steps up to 200 V, and 1 V steps from 200 to 1000 V.
• Maximum Current Ratings: Allows 10 mA @ < 100 V, 5 mA @ < 250 V, 2 mA @ < 500 V, and 1 mA @ < 1 kV for safe measurement.
• Current Compliance Settings: Adjustable from 0.5 mA to 10 mA, providing flexibility in operational parameters.