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Application Notes - High Voltage Power Supplies
Application Notes - High Voltage Power Supplies
AN-01: What do you mean; the output is "ground referenced"?
AN-02: “Ground is ground”, right? Well, not always. What you need to know.
AN-03: You wouldn’t use a pickaxe for dental surgery: When over specifying a power supply can be a bad thing.
AN-04: How low can you go? Why signal to noise ratios are important in programming high voltage power supplies.
AN-05: "No, you touch it". HVPS output fall and discharge times explained.
AN-06: "Just jumper the external interlock"? Why you really shouldn't.
AN-07: What’s the voltage rating of RG8-U coaxial cable?
AN-08: How To Change the Polarity of HV Power Supplies
AN-09: Why do high voltage power supplies take time to warm up?
AN-10: Fixed polarity, reversible polarity, four quadrant operation…a simple explanation.
AN-11: High Voltage Power Supply Dynamic Load Characteristics
AN-12: The Benefit of Using a Current Source to Power X-Ray Tube Filament Circuits
AN-13: Arc Intervention Circuitry and External Series Limiting Resistors
AN-14: The Limits of Front Panel Digital Meters
AN-15: 3.5 and 4.5 Digit Meter Displays Explained
AN-16: Parallel Capability of the ST Series
AN-17: High Voltage Power Supply Programming Resolution Explained.
AN-18: Current Loop/Arc Detection Circuitry In HV Power Supplies
AN-19: Keep it short if you can. High voltage cable lengths discussed.
AN-20: Grounding for High Frequency Transients Due to Arcing Events.
AN-21: How to Calculate Maximum AC Input Current.
AN-22: Simple Voltage Mode/Current Mode Testing of a High Voltage Power Supply
AN-23: SL HV OFF and HV ON Circuitry Explained
AN-24: Environmental Considerations
AN-25: My High Voltage Power Supply is Arcing, How Can I Figure Out Where the Problem is?
AN-26: Capacitor Charging and Spellman High Voltage Power Supplies
AN-27: What Does the Fault “Regulation Error” Mean?
AN-28: Pulsing Applications and Spellman High Voltage Power Supplies
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