Keithley 6517A Electrometer
Keithley 6517A Electrometer
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Product Description
The Keithley 6517A Electrometer is a high-precision laboratory instrument designed for ultra-low current, high resistance, and charge measurements. Engineered for demanding research and industrial environments, the 6517A delivers exceptional sensitivity and accuracy required for advanced electrical characterization.
Widely used in materials science, semiconductor research, nanotechnology, and insulation testing, the Keithley 6517A can measure currents down to femtoamp levels and resistances up to extremely high values. Its integrated voltage source enables complete test configurations for resistivity, leakage current, and dielectric measurements.
Built on Keithley’s proven measurement technology, the 6517A is trusted by laboratories and engineers worldwide for applications where precision, stability, and repeatability are critical.
Key Features
Ultra-low current measurement capability
High-resistance and insulation testing
Integrated precision voltage source
High input impedance for accurate readings
Ideal for research and laboratory applications
Supports charge and resistivity measurements
Stable and repeatable measurement performance
Bench-top laboratory instrument design
Advanced sensitivity for low-level signals
Trusted Keithley measurement accuracy
Specifications Table
| Specification | Details |
|---|---|
| Model | Keithley 6517A |
| Instrument Type | Electrometer |
| Current Measurement | Ultra-low current (femtoamp range) |
| Resistance Measurement | Very high resistance capability |
| Voltage Source | Integrated precision source |
| Applications | Research, Semiconductor, Materials Science |
| Measurement Functions | Current, Voltage, Resistance, Charge |
| Form Factor | Bench-top |
| Use Environment | Laboratory and R&D |
| Manufacturer | Keithley Instruments |
The Keithley 6517A electrometer provides ultra-low current and high-resistance measurement capability for advanced laboratory and research applications. Designed for precision electrical characterization, it is ideal for semiconductor testing, materials research, and insulation analysis.
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