Keysight / Agilent 4349A 4-Channel High Resistance Meter
The Keysight / Agilent 4349A is a sophisticated 4-channel High Resistance Meter specifically engineered for precise capacitor measurements. This advanced instrument is designed to enhance productivity and accuracy in your testing environment.
Key Features:
- Four-channel input: Simultaneously measure multiple capacitance values with the convenience of four channels.
- High-speed measurement: Achieve typical measurement speed of just 9 ms for efficient testing.
- Fast setting time: Quickly set and adjust parameters to match your testing needs.
- High-speed contact check: Ensure reliable connections with a rapid contact check feature.
- Comparator function: Easily compare measurement results for faster analysis and quality control.
Specifications:
- Measurement Parameters: Includes dc resistance (R) and dc current (I).
- Mathematical Functions: Supports deviation and percent deviation calculations.
- Ranging: Offers both auto and manual ranging options for enhanced flexibility.
- Triggering Options: Choose from internal, external, manual, or HP-IB trigger settings.
- Delay Time: Programmable from 0 to 9999 ms in 1 ms increments.
- Test Cable Lengths: Supports maximum test cable lengths of 2 m.
- Measurement Time: Provides selectable short and long measurement times based on requirements.
- Averaging Capability: Choose an averaging range from 1 to 256 for improved accuracy.
- Test Voltage: Adjustable test voltage ranging from 0.1000 to 1000.0 V with 5-digit resolution.
- Measurement Accuracy:
- I Parameter:
- Measurement Range: 1 pA to 100 µA
- R (Ohm) Parameter:
- Measurement Range: 1 x 103 to 1.6 x 1016 Ohms
- Measurement Times: Typical measurement periods of 9 ms, 28 ms, 98 ms, and 396 ms available.
- Correction Function: Supports a zero OPEN correction function for enhanced accuracy.
- Other Functions: Includes a comparator function, contact check function, save/recall capability, continuous memory, HP-IB interface, and handler interface for comprehensive functionality.