Krohn-Hite 526 Precision DC Source - Calibrator (Call for Availability)
The Krohn-Hite 526 Precision DC Source/Calibrator is designed for professionals seeking an exceptional level of accuracy and stability in their DC voltage and current sourcing needs. Ideal for production environments, calibration laboratories, quality assurance and control departments, as well as design laboratories, this highly reliable instrument provides N.I.S.T. traceable voltages and currents.
With the capability to deliver precise voltages ranging from ±100nVdc to ±111.1110Vdc and accurate currents from ±10nA to ±111.1110mA, the Krohn-Hite 526 maintains an impressive 20ppm accuracy for 1 year in voltage settings and 50ppm for 1 year in current settings. This precision ensures dependable measurements across various applications.
Equipped with up to 32 storage output settings, the Krohn-Hite 526 allows users to quickly recall preferred configurations, enhancing productivity and workflow efficiency. Its broad voltage and current range is complemented by a high resolution of 1 ppm, enabling exact control and adjustments.
The device's superior performance is further enhanced by very low output noise levels, reducing the risk of unwanted fluctuations affecting your measurements. A user-friendly interface features a 2-line, 40-character display along with six front panel decade switches equipped with full carry and borrow capabilities, facilitating quick and precise voltage and current setting adjustments.
Incorporating microprocessor-assisted decade control, the Krohn-Hite 526 allows for continuous use of one decade, making manual operation simpler and more convenient. Users can perform monotonic and linear A/D measurements at any resolution utilizing only one decade control.
Specifications for the Krohn-Hite 526 Precision DC Source - Calibrator Include:
| Voltage Range |
±100nV to ±110V |
| Current Range |
±10nA to ±110mA |
| Resolution |
1ppm |
| Accuracy |
1 year, 20ppm |
For complete technical specifications, please refer to the datasheet.
