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PRS-330 Precision Programmable Resistance Box & RTD Simulator- Resistance range: 0.1 Ω to 20 MΩ with a Resolution of 1 μΩ or 6 digits
- Lab grade accuracy (70 ppm + 1 mΩ): 1.5 times better than conventual manual decade resistors
- Manual or Programmable resistor with USB, Ethernet and IEEE interfaces all standard
- Very low long term mantaince cost- with an 5 year warranty
- About 10% lower in cost to the PRS-370
- If you own 8.5 Digit DMM (Fluke 8508A or Keysight 3458A) you should strongly consider the PRS-370
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PRS-370 Self-Adjusting Programmable Resistance Box & RTD Simulator- Resistance range: 0.1 Ω to 20 MΩ with a Resolution of 1 μΩ or 6 digits
- Precision lab grade Resistor Standard with accuracy <10 ppm when used in DMM mode or <70 ppm accuracy in source mode.
- Manual or Programmable decade resistor with IEEE interface and Labview drivers
- No long term maintenance or calibration cost -with an 5 year warranty
- Designed for customers who own an 8.5 digit DMM (Fluke 8508A or Keysight 3458)
- The most revolutionary decade resistor ever!
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PRS-DMM Programmable Self-Adjusting Resistance Standard- Patent pending
- Software leverages the accuracy of an 8.5 digit DMM, with the versatility of the PRS-300 Programmable Resistor to make the most revolutionary standard resistor ever manufactured
- Resistance Range: 0.1 Ω to 20 MΩ
- Resolution: 1 μΩ
- Accuracies better than 20 ppm; source resistance with the same accuracy that your 8.5 Digit DMM can measure.
- All you need to do is enter the target resistance. The software uses the DMM to measure the resistance being sourced by the PRS-300 and readjusts the source resistance as close as possible to the target resistance.
- Software automatically provides the measurement uncertainties of every measurement
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PRS-200 Series Programmable Resistance Decade Box- IEEE, RS232 or Ethernet Programmable Decade Resistor
- Wide range and resolution: 1 mΩ to 100 MΩ
- Available at accuracies of : 0.01%, 0.02%, 0.05%, 0.1%, 0.5%, and 1%
- Special RTD and custom configurations
- Dual / Combo rackmount models ( examples: Resistance & Capacitance or Resistance & Inductance)
