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General| Brand | Keysight Technologies |
|---|---|
| Model | RP7900 Series |
| Category | Power Supply |
| Language | English |
Provides copyright, license, and warranty information for the manual and software.
Explains hazard symbols used in the manual, including warnings and cautions.
Details general safety precautions and specific warnings for instrument operation.
Provides an overview of the Keysight Regenerative Power System (RPS) Family.
Identifies key components and features of the instrument's front panel.
Identifies key components and features of the instrument's rear panel.
Explains the information displayed on the instrument's front panel.
Identifies the function of each key on the instrument's front panel.
Provides a map of the front panel menus and their options.
Lists SCPI commands for quick access to instrument functions and settings.
Details the features and available options for different RP7900 series models.
Presents detailed electrical and performance specifications for RP793xA/RP794xA models.
Presents detailed electrical and performance specifications for RP795xA/RP796xA models.
Lists common specifications and characteristics applicable to all models.
Guidance on checking the unit for shipping damage and verifying received items.
Emphasizes critical safety information before installation or operation.
Instructions to ensure proper ventilation for the instrument.
Provides instructions for installing the instrument in a 19-inch EIA rack cabinet.
Details how to connect a single unit, including power and output connections.
Information on AC mains power cable requirements and installation.
Details on connecting the output terminals for various configurations.
Instructions for connecting sense terminals for local or remote sensing.
Instructions for connecting multiple units for parallel or series operation.
Explains how to connect multiple units in parallel for increased current/power.
Details the configuration for master/slave operation in parallel setups.
Describes how to connect to the instrument via GPIB, USB, and LAN interfaces.
Instructions for connecting and configuring the GPIB interface.
Instructions for connecting and configuring the USB interface.
Details for connecting the instrument to site and private LAN networks.
Explains configuration of digital port pins for control and trigger functions.
Covers setting output voltage, current, slew rate, and resistance.
Selects between voltage priority and current priority modes for output control.
Instructions for programming the output voltage level and limits.
Instructions for programming the output current level and limits.
Adjusts the rate of change for voltage or current output settings.
Programs the output resistance, primarily for battery testing applications.
Optimizes output response time with capacitive loads using compensation modes.
Turns the instrument's output on or off via front panel or SCPI commands.
Explains how to connect and configure multiple units in parallel.
Describes the ability of the power supply to sink current and its controls.
Details how to configure over-voltage, over-current, and other output protections.
Sets the threshold for over-voltage protection to prevent damage.
Configures the delay and state for over-current protection.
Covers setting up step, list, and arbitrary waveform output transients.
Explains how to synchronize output turn-on and turn-off sequences across units.
Covers average, sweep, windowing, and digitized measurements.
Details how to log voltage and current measurements externally using SCPI commands.
Explains configuration of digital port pins for control and trigger functions.
Covers instrument identification, state storage, and front panel lock-out.
Explains Voltage Priority and Current Priority modes of operation.
Lists additional resources for IO libraries, documentation, and example programs.
Covers SCPI basics, keywords, queries, and command structure.
Explains SCPI keywords, their structure, and syntax conventions.
Details how to form queries to retrieve instrument parameter values.
Explains syntax conventions for SCPI commands, including separators and terminators.
Describes the syntax for SCPI commands, including parameters and choices.
Describes data formats for SCPI parameters: numeric, discrete, and boolean.
Explains the IEEE-488 Device Clear message and its actions.
Provides typical command processing times for setting and query commands.
Lists SCPI commands organized by their respective subsystems for easy reference.
Details SCPI commands for canceling triggered actions and returning to idle state.
Covers SCPI commands for programming constant-dwell arbitrary waveforms.
Covers SCPI commands for instrument calibration procedures.
Details SCPI commands for programming and controlling output current.
Explains SCPI commands for programming the digital control port.
Covers SCPI commands for controlling the front panel display and screen saver.
Details SCPI commands for retrieving previously acquired measurement data.
Specifies SCPI commands for setting the data transfer format (ASCII, REAL).
Sets the output regulation mode between voltage or current priority.
Describes common SCPI commands for instrument control and status.
Covers SCPI commands for initializing the trigger system.
Details SCPI commands for programming Master/Slave configuration.
Explains SCPI commands for programming output sequences (lists).
Covers SCPI commands for LXI identification and MDNS settings.
Details SCPI commands for measuring output voltage, current, and power.
Covers SCPI commands for controlling output state, coupling, and protection.
Explains SCPI commands for querying instrument status registers.
Details SCPI commands for controlling transient and acquisition triggers.
Covers SCPI commands for programming and controlling output voltage.
Lists recommended test equipment and describes necessary test setups.
Details tests to verify UUT operation and adherence to specifications.
Step-by-step instructions for performing performance verification tests.
Covers procedures for entering calibration mode and performing calibrations.
Step-by-step guide for calibrating voltage programming and measurement.
Step-by-step guide for calibrating current programming and measurement.
Provides templates for recording test results for various models.
Information on obtaining repair services during and after the warranty period.
Steps to verify before returning the instrument for service or repair.
Instructions for safely packaging the unit for shipment to Keysight.
Guidelines for safely cleaning the instrument's exterior.
Details on performing power-on and user-initiated self-tests.
Procedures for updating the instrument's firmware.
Procedure to sanitize all user data for security or disposal.
Describes switches that control access to calibration commands.
Procedure for replacing the internal battery for the real-time clock.
Provides instructions and precautions for disassembling the instrument.
Overview of the Safety Disconnect System (SDS) and its purpose.
General safety and operational context for the SDS unit.
Highlights the front and rear panel features and indicators of the SDS.
Lists typical supplemental characteristics and specifications for the SDS unit.
Provides physical dimensions and cooling information for the SDS unit.
Detailed instructions for installing the SDS unit and connecting it to the RP7900.
Describes the physical connections between the SDS and RP7900 series power supply.
Factors to consider when wiring the RPS, SDS, and DUT for proper operation.
Guidance on connecting the SDS with multiple RP7900 units in parallel.
Details on external control interface connectors and pin-out functions.
Describes the pinout and typical connections for the M12 remote interface connector.
Explains how the RP7900 power supply controls the SDS relays and connection status.
Details the System Disconnect Protection (SDP) and its causes.
Describes how to use external switches like ESTOP and Reset for SDS control.
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