KEPCO BOP-HV User Manual
Operator’s manual, Kepco, High voltage bipolar power supply
Table of contents
Document Outline
- SECTION 1 - INTRODUCTION
- SECTION 2 - INSTALLATION
- SECTION 3 - OPERATION
- FIGURE 1-1. BOP (High Voltage) Operational Power Supply
- SECTION 1 - INTRODUCTION
- 1.1 Scope of Manual
- 1.2 General Description
- 1.3 Electrical Specifications, General
- 1.4 Electrical Specifications, Performance
- TABLE 1-1. Output Ranges and Impedance
- TABLE 1-2. Output Effects, Offsets and Reference Specifications
- TABLE 1-3. Dynamic Specifications
- 1.5 Miscellaneous Features
- FIGURE 1-2. BOP Output Characteristic
- FIGURE 1-3. BOP Output Waveform with Phase Shift
- 1.6 Mechanical Specifications
- 1.7 Accessories
- FIGURE 1-4. Mechanical Outline Drawing, BOP – HV
- SECTION 2 - INSTALLATION
- 2.1 Unpacking And Inspection
- 2.2 Terminations
- TABLE 2-1. Internal Calibration Controls
- FIGURE 2-1. Location of Internal Calibration Controls
- FIGURE 2-2. BOP Terminations and Controls
- TABLE 2-2. BOP Terminations and Controls
- 2.3 A-C Power Input Requirements
- FIGURE 2-3. A-C Source Voltage Selector, Location
- 2.4 Cooling
- 2.5 Preliminary Checkout
- FIGURE 2-4. Rear Programming Connector Wired For Front Panel Operation
- 2.6 Installation
- FIGURE 2-5. Rack Installation of the BOP
- SECTION 3 - OPERATION
- 3.1 Introduction
- FIGURE 3-1. BOP Voltage Control Channel
- FIGURE 3-2. BOP Current Control Channel
- FIGURE 3-3. BOP (±) Voltage Limiting Circuit
- FIGURE 3-4. BOP (±) Current Limiting Circuit
- FIGURE 3-5. Basic 2-Wire Load Connection and Grounding Connections Between the BOP and the Load
- FIGURE 3-6. Load Connection with Error Sensing and Grounding Connections Between the BOP and the Load
- 3.2 BOP Operation with Local (Front Panel) Output Control
- 3.2.1 Voltage Mode Operation with Current Limiting
- 3.2.2 Current Mode Operation with Voltage Limiting
- 3.3 BOP Operation with Remote Control of the Voltage Control Channel
- 3.3.1 Remote D-C Output Voltage Control By Resistance
- FIGURE 3-7. Remote Potentiometer Control of the BOP D-C Output Voltage
- FIGURE 3-8. Remote D-C Output Voltage Control By Means of a Two Terminal Resistance (Decade)
- 3.3.2 Remote D-C Voltage Control By Means of D-C Signal Voltage
- FIGURE 3-9. Digital Control of the BOP D-C Output Voltage
- FIGURE 3-10. BOP D-C Output Voltage Control with a High Impedance, (±) 1V Signal Source
- 3.3.3 The BOP as an Amplifier
- FIGURE 3-11. Graphs of Possible BOP Input/Output Waveshapes
- FIGURE 3-12. Basic Programming Circuit for Use of the BOP as a Bipolar Amplifier (Voltage Mode)
- FIGURE 3-13. Programming Circuit for Driving the BOP Output Voltage with a Bipolar (±1V) Signal
- 3.4 BOP Operation with Remote Control of the Current Control Channel
- FIGURE 3-14. Programming Circuit for Driving the BOP Output Voltage with a High Impedance Source, Using the Non-inverting Input of the Pre-amplifier
- FIGURE 3-15. Local (Front Panel) Control of the BOP Output Current with the Bipolar Current Control
- 3.4.1 Remote Control of the Bop Current Channel
- FIGURE 3-16. Remote Potentiometer Control of the BOP Output Current
- FIGURE 3-17. Remote Output Current Control By Means of a Two Terminal Resistance
- FIGURE 3-18. Digital Control of the BOP Output Current
- FIGURE 3-19. BOP Output Current Control with a High Impedance (±) 1 Volt Signal Source
- FIGURE 3-20. Basic Programming Circuit for Use of the BOP as a Bipolar Current Stabilized Amplifier
- FIGURE 3-21. Programming Circuit for Driving the BOP Output Current with a Bipolar Signal Less Than ±10V (Example Shown: ±1V Source)
- FIGURE 3-22. Programming Circuit for Driving the BOP Output Current with a High Impedance Source
- 3.4.2 Remote Control of the Bop Current Limit
- FIGURE 3-23. Local (Front Panel) Control of the BOP Current Limit Circuits
- FIGURE 3-24. Symmetrical Remote Control of the BOP Current Limits
- FIGURE 3-25. Independent Remote Control of the BOP (+) IO and (–) IO Limits
- 3.4.3 Remote Control of the BOP Voltage Limit
- FIGURE 3-26. Local (Front Panel) Control of the BOP Voltage Limit Circuits
- FIGURE 3-27. Symmetrical Remote Control of the BOP Voltage Limit Circuit
- FIGURE 3-28. Independent Remote Control of the BOP Voltage Limit Circuits