Developed & designed by metrologists for metrologists & calibration technicians
Discover the ultimate solution for precision voltage measurement with the Model 8000B. This top-of-the-line instrument is designed to meet the demands of the most demanding laboratory environments. Its self-balancing capability allows you to easily scale between 10 Volt references or any voltage between 1 mV to 10 Volts, ensuring highly accurate results every time.
Eliminate the hassle of manual calibration with the Model 8000B’s automatic self-calibration feature. It guarantees ratios to nine significant digits with linearity deviations of less than 0.02 ppm, providing peace of mind with its accuracy and reliability.
The Model 8000B’s 20-channel scanner is a game-changer, making it easier than ever to perform automatic measurements. Addressed individually via the Windows operating software, you can efficiently measure up to twenty 10 Volt references with ease.
Don’t compromise on safety – the Model 8000B has got you covered. Both hardware and software standard cell protection circuits are built-in, ensuring the safety of your measurements.
Get your hands on the Model 8000B today and experience the power of precision and versatility.”
Feature | Benefit |
Automated self-calibration. | Does not require sending out for calibration. |
Bipolar voltage measurements. | Allows for automatic + and – voltage measurements against +10 V Reference. |
Built-in 20-channel scanner. | Allows for automation of multiple UUT’s without connection changes to minimize thermal effects. |
Standard cell protection | Protects references against accidentally shorting or loading. |
Voltage maintenance. | Ideally suited to calibrate and intercompare 10 V Zener references. |
Low uncertainties. | 0.05 × 10-6 for 10 V vs. 10 V measurements. |
Automatic Self-Calibration | Completely Self-Checking | ||
Range: 8000B | 1 mV to 10 V (Single Continuous) | ||
Accuracy K=2 * We have attempted to include all reasonable considerations for our uncertainty budgets but your uncertainty budgets should be re-assessed considering your environment, operating conditions and metrological needs. As this is a ratio device, the results that we show can easily be improved upon.** Lower Voltages, e.g. 100 mV, 10 mV, 1 mV the resolution of the DMM (detector) becomes the dominant uncertainty. |
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Insulation Resistance | 1011 Ω | ||
Effective Linearity | < 0.02 ppm of Full-scale (Full-scale 1 V, 10 V) | ||
Long-term Drift | N/A – Corrected by Self-Calibration | ||
Short-term Drift | Dependant on Drift of Source and Environmental Conditions | ||
Input Impedance | 40 kΩ | ||
Output Impedance | 100 kΩ | ||
Operating Environment | 18 to 34 °C, 10 to 80 % RH | ||
Storage Environment | -5 °C to 40 °C, 95 % Non-condensing | ||
Warranty | 1 Year Parts & Labour |