What to do if Rohde & Schwarz Portable Generator shows overload?
If the Rohde & Schwarz Portable Generator indicates an overload, reset the overload protection by pressing the RF ON/OFF key. The RF input is activated once the overload protection is reset.
What to do if Rohde & Schwarz Portable Generator cannot access hardware?
If the Rohde & Schwarz Portable Generator cannot access the hardware, it means the data transmission to a module was unsuccessful. The module might not be installed, improperly installed, or missing. Ensure the module is correctly installed.
What to do if Rohde & Schwarz Portable Generator adjustment failed?
If the adjustment failed on the Rohde & Schwarz Portable Generator, the adjustment data have to be generated first by an internal or external adjustment or to be loaded into the device.
Why Rohde & Schwarz Portable Generator says external reference out of range?
The Rohde & Schwarz Portable Generator displays 'External reference out of range' because an external reference is selected, but either no external signal is applied or the signal is out of range. To resolve this: * Check the selected reference signal source (internal or external) in the 'Setup > Reference Oscillator' dialog. * Change the setting to 'internal' if no appropriate external source is available.
What to do if Rohde & Schwarz Portable Generator says adjustment data missing?
If the Rohde & Schwarz Portable Generator indicates that adjustment data is missing, the adjustment data have to be generated first by an internal or external adjustment or to be loaded into the instrument.
What does it mean if Rohde & Schwarz Portable Generator says hardware revision out of date?
If the Rohde & Schwarz Portable Generator displays 'Hardware revision out of date', it means a later version of certain parts of the instrument is necessary to execute the function selected. The driver does not support the installed version of a module.
What to do if Rohde & Schwarz Portable Generator says adjustment data invalid?
If the Rohde & Schwarz Portable Generator reports that the adjustment data is invalid, the adjustment data have to be generated again by an internal or external adjustment or to be loaded into the instrument.
What to do if Rohde & Schwarz Portable Generator cannot access the EEPROM?
If the Rohde & Schwarz Portable Generator cannot access the EEPROM, it's because an error occurred when writing or reading a EEPROM. The EEPROM might be defect and has to be replaced.
What to do if Rohde & Schwarz Portable Generator says no current list?
If the Rohde & Schwarz Portable Generator indicates 'No current list', it means that there is no list selected. If no list is available, a new list must be created.
What to do if Rohde & Schwarz Portable Generator cannot open file?
If the Rohde & Schwarz Portable Generator cannot open a file, check the path and file name to ensure they are correct.
General| Frequency Resolution | 0.001 Hz |
|---|---|
| Level Accuracy | ±0.5 dB |
| Pulse Modulation On/Off Ratio | > 80 dB |
| Output Impedance | 50 Ω |
| Interfaces | USB, LAN, GPIB (optional) |
| Power Supply | 100 V to 240 V, 50 Hz to 60 Hz |
| Harmonics | < -30 dBc |
| Non-harmonic Spurious | < -70 dBc |
| Modulation Types | AM, FM, Pulse |
| AM Modulation Depth | 0% to 90% |
| Display | Graphical color display |
Provides an overview of the R&S SMC user documentation and available resources like quick start guides, online help, operating manuals, etc.
Explains text markers and conventions used throughout the documentation, such as for graphical user interface elements, keys, input, and references.
Provides a tour of the R&S SMC front panel, explaining control elements, connectors, hardkey area, and the front panel itself.
Offers an overview of connectors on the rear panel, with brief descriptions and references to detailed information.
Details the basic steps required for setting up the R&S SMC for initial operation, including important warnings.
Details how to connect USB devices like memory sticks, CD-ROM drives, keyboards, mice, and power sensors to the instrument.
Guides on configuring the LAN interface for connecting to an Ethernet LAN, enabling data transfer and remote control.
Explains how the R&S SMC can be accessed remotely via a network link using a Web browser or VNC client software.
Introduces the general concept of the R&S SMC, explaining its operating concept and three ways of instrument control: manual, remote control, and remote access.
Describes the application fields of the R&S SMC, highlighting its suitability for sine wave signals with high spectral purity and its adjustable frequency range.
Explains the signal path and required modules, detailing blocks like "Mod Gen block" and "Modulation block".
Provides an example on how to configure the instrument for generating an amplitude modulated signal.
Explains the manual operating concept, emphasizing intuitive settings, signal overview, and online help functions.
Describes the instrument's display, showing main settings and signal generator states, divided into sections like frequency/level display and block diagram.
Explains how the instrument indicates status, errors, warnings, and information, and how to access detailed descriptions.
Explains the block diagram, showing options, signal configuration, and signal flow, and how to operate function blocks.
Provides alternative methods for accessing dialogs, such as using the DIAGRAM key, REARR key, or MENU key.
Explains the various possibilities for setting parameters via front panel, mouse, or PC keyboard, focusing on front panel operation.
Covers saving instrument data, including system and user data, to internal flash memory or USB devices.
Lists all front-panel keys and their functions, including PC keyboard shortcuts and front panel key emulation for mouse operation.
Explains the instrument functions and available options in setting menus, covering general settings and signal generation.
Details settings not directly affecting signal generation, accessed via menus opened by keys or key combinations.
Core section for RF signal generation, covering output, modes, frequency, level, and sweep settings.
Covers modulation settings, including overview, enabling/disabling, sources, AM, FM, PhiM, and Pulse modulation.
Explains the LF generator, its output, and configuration for LF frequency sweeps.
Provides an overview of the different interfaces and protocols supported for remote control, including LAN, Serial, and GPIB.
Explains VISA as a standardized interface library for instrument communication, covering installation and configuration.
Guides on prerequisites for starting remote control, including connecting instruments and using VISA functionality.
Explains the structure of SCPI commands, including headers, parameters, queries, and syntax elements.
Explains the distinction between overlapped and sequential commands and the importance of synchronization.
Covers the status reporting system for storing instrument state and error information in registers and the error queue.
Provides recommendations for initial instrument status, command sequence, and reacting to malfunctions.
Explains conventions for SCPI commands, including usage, parameters, conformity, and asynchronous commands.
Lists common SCPI commands based on IEEE 488.2 standard, applicable across instruments.
Details preset commands for instrument setup, including default state, preset state, and factory reset.
Covers commands for instrument adjustment, triggered by queries, indicating success or failure.
Explains commands for instrument diagnosis and servicing, including hardware checks and module information.
Details commands for controlling the instrument's display, including power-save mode settings.
Covers commands that determine the format of data returned to the controller from query commands.
Explains commands for generating a hardcopy of the display, including output device, format, and naming.
Details commands for setting the external keyboard language and layout.
Covers commands for managing files and directories and for loading/storing instrument settings.
Covers commands for setting RF output connector properties, including attenuator modes and protection.
Covers commands for power measurements using R&S NRP-Zxx power sensors.
Contains commands for configuring digital and analog signals, including AM, FM, PhiM, Pulse, and RF/LF sweeps.
Contains commands for the status reporting system, including operation and questionable status registers.
Contains commands for general functions not affecting signal generation, like errors, system settings, and communication.
Contains commands for performing self-test routines and direct adjustment of hardware assemblies.
Contains commands for selecting the trigger source for RF and LF sweeps.
Contains commands specifying units valid if no unit is indicated in a command.
Provides an overview of status messages displayed in the header, indicating operating states and settings.
Indicates instrument errors displayed in the info line and stored in the error/event queue.
Lists instrument-specific error messages and their explanations, with positive codes marking instrument-specific errors.
Lists likely reasons and recommended solutions for failures in the network connection to the instrument.
Provides information on how to get technical support, including required information and contact details.
Provides essential cleaning instructions and safety precautions for the instrument.
Details procedures for storing and packing the instrument, including protection against dust and electrostatic charging.
Covers hardware related topics, specifically the pin assignment of the GPIB bus interface.
Provides a comprehensive list of remote control commands supported by the R&S SMC.
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