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Brief overview of safety protocols and manual usage.
Essential safety procedures for correct and safe instrument use.
Definitions of CAUTION and WARNING messages.
Explanation of device and manual safety symbols.
Actions to take when instrument safety is compromised.
Basic function, models, and usage modes (remote/local).
Description of the front panel interface, keys, and display.
Details on rear panel connections for power, triggers, and GPIB.
Fundamental operating principles, output modes, and protection features.
Operating the power supply using front panel keys and display.
Controlling the power supply via a system controller using GPIB.
Explanation of local and remote sensing for accurate output voltage.
Advanced configurations for output channels and loads.
Connecting channels in series (voltage) or parallel (current).
Connecting more than one load to an output channel.
Overview of the installation process steps.
Procedures for checking shipment completeness and damage.
Safety guidelines for operating the instrument.
Step-by-step guide for installing the power supply.
Requirements for physical placement and ventilation.
Connecting the power supply to the electrical supply.
Description and operation of the front connection unit.
Details on connecting output channels and interfaces.
Wiring instructions for output terminals.
Connecting for remote control via GPIB.
Connecting for external triggering and sequence control.
Procedures to verify instrument operation after installation.
Performing automatic hardware self-tests upon power-up.
Testing GPIB communication and remote control functionality.
Procedures to confirm operational performance.
Steps to prepare and power up the instrument.
Sequence of operations when turning on the power supply.
Identifying the power supply's model and version numbers.
Detailed description of the front panel interface.
Explanation of front panel keys and their functions.
Understanding the information displayed on the front panel.
Guide to connecting loads to output channels.
Basic tutorial for initial operation and configuration.
Steps to activate and enable specific output channels.
Procedure for programming output voltage and overvoltage protection.
Procedure for programming output current and overcurrent protection.
Overview of the chapter's content on power supply usage.
Operating the power supply using its front panel controls.
Controlling the power supply from an external system via GPIB.
Key features and functionalities of the power supply.
Detailed instructions for utilizing power supply features.
Understanding voltage, current, and power limits for each channel.
Methods for sensing voltage at the load for accuracy.
Operation modes for voltage and current regulation.
Saving and loading voltage and current settings.
Generating sequences of voltage and current settings.
Advanced configurations and applications.
Connecting channels in parallel to increase current.
Connecting channels in series to increase voltage.
Connecting multiple loads to a single output channel.
Best practices for using remote sensing effectively.
List of accessories included with the power supply.
List of optional accessories available for purchase.
List of acronyms and their full meanings.
Explanation of symbols used in commands and queries.
Definitions of technical terms used in the manual.
Guidance on connecting channels in parallel for increased current.
Brief overview of safety protocols and manual usage.
Essential safety procedures for correct and safe instrument use.
Definitions of CAUTION and WARNING messages.
Explanation of device and manual safety symbols.
Actions to take when instrument safety is compromised.
Basic function, models, and usage modes (remote/local).
Description of the front panel interface, keys, and display.
Details on rear panel connections for power, triggers, and GPIB.
Fundamental operating principles, output modes, and protection features.
Operating the power supply using front panel keys and display.
Controlling the power supply via a system controller using GPIB.
Explanation of local and remote sensing for accurate output voltage.
Advanced configurations for output channels and loads.
Connecting channels in series (voltage) or parallel (current).
Connecting more than one load to an output channel.
Overview of the installation process steps.
Procedures for checking shipment completeness and damage.
Safety guidelines for operating the instrument.
Step-by-step guide for installing the power supply.
Requirements for physical placement and ventilation.
Connecting the power supply to the electrical supply.
Description and operation of the front connection unit.
Details on connecting output channels and interfaces.
Wiring instructions for output terminals.
Connecting for remote control via GPIB.
Connecting for external triggering and sequence control.
Procedures to verify instrument operation after installation.
Performing automatic hardware self-tests upon power-up.
Testing GPIB communication and remote control functionality.
Procedures to confirm operational performance.
Steps to prepare and power up the instrument.
Sequence of operations when turning on the power supply.
Identifying the power supply's model and version numbers.
Detailed description of the front panel interface.
Explanation of front panel keys and their functions.
Understanding the information displayed on the front panel.
Guide to connecting loads to output channels.
Basic tutorial for initial operation and configuration.
Steps to activate and enable specific output channels.
Procedure for programming output voltage and overvoltage protection.
Procedure for programming output current and overcurrent protection.
Overview of the chapter's content on power supply usage.
Operating the power supply using its front panel controls.
Controlling the power supply from an external system via GPIB.
Key features and functionalities of the power supply.
Detailed instructions for utilizing power supply features.
Understanding voltage, current, and power limits for each channel.
Methods for sensing voltage at the load for accuracy.
Operation modes for voltage and current regulation.
Saving and loading voltage and current settings.
Generating sequences of voltage and current settings.
Advanced configurations and applications.
Connecting channels in parallel to increase current.
Connecting channels in series to increase voltage.
Connecting multiple loads to a single output channel.
Best practices for using remote sensing effectively.
List of accessories included with the power supply.
List of optional accessories available for purchase.
List of acronyms and their full meanings.
Explanation of symbols used in commands and queries.
Definitions of technical terms used in the manual.
Guidance on connecting channels in parallel for increased current.
General| Channels | 2 |
|---|---|
| Voltage | 0-32 V |
| Voltage Resolution | 10 mV |
| Current Resolution | 1 mA |
| Voltage Accuracy | 0.05% + 10 mV |
| Display Type | LCD |
| Storage Temperature Range | -20°C to 70°C |
| Output Voltage Range | 0-32 V |
| Interface | RS-232 |
| Operating Temperature Range | 0°C to 40°C |
