
| Description - LM Series - Advanced High Voltage Technology |
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| A considerable effort has been invested into a new technology of the resonance mode power supplies that gives low ripple high response time and high accuracy and stability. |
| Computer Controlled Power Supply |
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| Two sets of 5 computer controlled modules of bipolar power supplies .Modules built in the latest resonance-mode technology
with 3 gain ranges which are computer adjustable. UPS/ELS: 0-150 eV XPS standard: 0-1500eV XPS extended energy: 0-2500eV. All essential functions in the collection of spectra or density images at certain enrgies such as CRR,CAE value Emin ,Emax , step size, step time etc. are computer controlled. For all modules there is an accurate and continuous computer monitoring and control of gain, offset and calibration values to within +-1 LSB in 16 bits. Accurate readouts for voltage and current outputs ensure remote diagnostics and servicing. |
| White Documents |
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| LM Series - Advanced High Voltage Technology |
| Specification - System Power supplies | Lens modules | Analyser modules | |
|---|---|---|---|
| Accuracy/min. step | (bits) | 16 | 16 |
| Ripple UPS mode | (mV) | 10 | 0.5 |
| Ripple XPS mode | (mV) | 20 | 5 |
| Stability XPS mode | (mV/5hours) | 100 | 10 |
| Control & Monitoring - LM12 Advanced Power Supplies |
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| - 20-bit monolithic DAC for Voltage control |
| - 16-bit ADC monitor |
| - Parallel in-out data connection |
| - Opto-isolated data lines to 2kV |
| - Via a separate board |
| - Standard Connection to a computer via USB |
| - Standard service port for manual operation |
| - Standard software for computer control |
| - Remote diagnostic service as standard |
| Construction - LM12 Advanced Power Supplies |
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| - New robust modular construction |
| - 16-bit ADC monitor |
| - Improved HT tracking distances to allow higher maximum voltages now to 20kV |
| - New development of high stability analog feedback |
| - Modular construction of LHT control and High Voltage stacks |
| - High voltage stacks are interchangeable for different maximum output voltages |