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Price List:   pdf, 1.41 MB





 
Precision DC Sources

Ion trap and precision experiments, STM/AFM and Nanoscience are the main areas, in which our precision voltage sources are used. Klick below on the overview of our multichannel dc sources ranging from +/-5V to +/-500V.

Price List:   pdf, 1.41 MB
table of multichannel dc sources ranging from +/-5V to +/-500V - please click image to enlarge
BS 1-16 for biasing purposes
BS-Series: +/-5V to +/-14V
stahl-electronics offers 5 year warranty on voltage sources!
Our BS Series devices provide precise and stable DC voltages up to +/-14V for biasing purposes. Unlike DC power supplies, the outputs currents are limited to small values, and the outputs are optimized for high short and long term stability, low noise and low temperature drift. The device is housed in a standard 19-inch rack-mount case. User control of the device can be accomplished by PC control programs, utilizing a standard USB connection (USB 2.0 compatible). The programmed voltages and measured output currents are displayed on the front LCD display.
Read more in the  User Manual (pdf, 4.37 MB) and the  Datasheet (pdf, 1.02 MB)
UM 1-5/1-14 LN: ultra high precision voltage source UM 1-5b: bipolar ultra high precision voltage source
 Further information about the UM series
Left: UM 1-5/1-14 LN: latest family member of our series of 3-channel ultra high precision voltage sources.
Right: UM 1-5b: bipolar ultra high precision voltage source, e.g. in use at the University of Mainz, Department of Physics
in the  g-factor proton experiment.
The new UM 1-5/1-14 LN on the left is the latest family member of our series of 3-channel  ultra high precision voltage sources. It features a further improved temperature-coefficient and even less voltage fluctuations on a 10E-8 level. The device represents the preferential choice for applications needing up to 3 precision voltage outputs in the +/-14V range and is currently unrivalled in its class.  Data Sheet UM-series (pdf, 4.41 MB)

The UM 1-5b on the right is a bipolar ultra high precision voltage source. It offers three independent channels, each resolved with 25Bit, +/-14V and +/-3.5V range. It is the first device on the market having three independent voltage channels with better 0.1ppm resolution and stability. It shows an unrivalled combination of resolution, stability and long term drift, making it ideal for  quantum computing and high precision ion trap based spectrometry.  Data Sheet UM-series (pdf, 4.41 MB)
HV 500-16: bipolar multichannel high voltage source with continuous zero crossing for ion optics and beam lines
HV-Series: +/-40V to +/-500V bipolar
precision DC sources with continuous
zero crossing (4-quadrant)
 The HV 500-16 is a bipolar multichannel high voltage source with continuous zero crossing designed for ion optics and beam lines. HV-FEP device especially for field-emission electron sources available.
HV User Manual:  pdf, 3.62 MB ; HV Series Data Sheet:  pdf, 1.14 MB
HV QUAD 275-16
Picture: HV QUAD 275-16
The purpose of our  HV QUAD/Steerer series devices is the supply of stable DC voltage from 0V to +/- 275V, optionally up to +/- 450V for electrostatic lenses, especially Quadrupole Lenses, Steerer/Deflector Plates and Ion Traps.  HV QUAD/Steerer Manual (pdf, 1.86 MB)
DC 1-10ref: fixed voltage reference, providing an 1.000000V and an 10.000000 V output.
Picture: DC 1-10ref: fixed voltage reference, providing an 1.000000V and an 10.000000 V output, e.g. in use at the University of Mainz, Department of Physics
in the  g-factor calcium experiment.
- please click image to enlarge -
DC 1-10ref is a fixed voltage reference, providing an 1.000000V and an 10.000000 V output. Calibrated to a Josephson-Junction-based standard it serves a high precision seondary voltage standard and laboratory reference. Long term and temperature drifts are in the ppm-range and rival much more expensive reference solutions. Typical applications are calibrations of other devices (e.g. multimeters) and trap based precision experiments.  Manual / Extended Data Sheet (pdf, 6.97 MB)


 
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