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General| Frequency Range | 9 kHz to 1.5 GHz |
|---|---|
| Input Impedance | 50 Ω |
| Input Connector | N-type female |
| Weight | 4.25 kg |
| Power Supply | 100-240 V AC, 50/60 Hz |
| Phase Noise | -80 dBc/Hz @ 10 kHz offset |
| Amplitude Accuracy | ±1.5 dB |
| Display | 8 inch LCD (800x480 pixels) |
| Video Bandwidth (VBW) | 1 Hz to 3 MHz |
| Maximum Input Level | +20 dBm |
| Interfaces | USB, LAN |
| Resolution Bandwidth (RBW) | 100 Hz to 1 MHz |
| Dimensions | 361 mm x 178 mm x 128 mm |
Provides a summary of essential safety precautions for instrument operation.
Defines WARNING and CAUTION terms as used within the manual text.
Defines DANGER, WARNING, and CAUTION terms as they apply to product labels.
Illustrates and explains common safety symbols found on the product.
Provides guidelines on how to store the instrument to prevent damage.
Details the procedure for cleaning the instrument's external surfaces and LCD.
Lists the primary features and specifications of the DSA800/E series spectrum analyzers.
Outlines the main topics covered in each chapter of the user's guide.
Lists the subjects covered in Chapter 1, including general inspection and panel operations.
Details the process of inspecting the packaging and the instrument for damage.
Presents visual information about the instrument's views and dimensions.
Explains how to adjust the supporting legs for operation or storage.
Guides users on how to connect the spectrum analyzer to an AC power source.
Describes the steps after connecting to power, including initial checks.
Explains how to execute the self-calibration process after the instrument starts.
Details how to switch the system language on the analyzer.
Provides an overview of the instrument's front panel layout.
Describes the function and purpose of each key on the front panel.
Explains the meaning of the backlights for specific front panel keys.
Details the USB Host and Earphone Jack connectors on the front panel.
Describes the GEN OUTPUT 50Ω connector for the tracking generator.
Explains the RF INPUT 50Ω terminal for signal measurement.
Details the functionality and parts of the numeric keyboard on the front panel.
Provides an overview of the connectors and features on the rear panel.
Specifies the AC power supply requirements for the spectrum analyzer.
Details the 10MHz IN connector for external reference source input.
Details the LAN interface for remote control and network integration.
Describes the USB Device interface for connecting printers or PCs.
Provides a visual guide to the spectrum analyzer's user interface display.
Identifies and describes various labels and elements displayed on the user interface.
Explains the different types of menus and how to operate them.
Describes methods for setting parameters using keyboard, knob, and direction keys.
Guides users on entering filenames for saving data or settings.
Explains how to lock/unlock front panel keys and the knob using commands.
Details how to access and navigate the instrument's built-in help system.
Provides step-by-step instructions for replacing the instrument's fuse.
Covers fundamental settings for the spectrum analyzer, starting with frequency parameters.
Details how to set the center frequency and its relationship with span.
Explains how to set the start frequency and its impact on other parameters.
Details how to set the stop frequency and its influence on span.
Describes how to set a frequency offset for compensating conversions.
Explains how to set the center frequency step for channel switching.
Details how to turn the signal track function on or off for unstable signals.
Explains how to use the peak search to set the center frequency.
Explains how to set the analyzer's frequency span.
Explains how to set amplitude parameters for optimal signal display.
Details how to enable Auto Scale for optimal Y-axis resolution and reference level.
Explains how to set the maximum power or voltage displayed in the window.
Describes setting the front attenuator to ensure proper signal passage to the mixer.
Explains setting logarithmic units per vertical grid division.
Details how to set the Y-axis scale type to Linear (Lin) or Logarithmic (Log).
Explains how to set the Y-axis unit to dBm, dBmV, Volts, or Watts.
Describes assigning an offset to compensate for gains or losses in the measurement path.
Details how to automatically adjust amplitude parameters for optimal signal display.
Explains how to turn the RF preamplifier on or off to improve noise level.
Describes how to compensate for gain or loss from external devices.
Covers settings for sweep time, mode, and detector types.
Explains settings for Resolution Bandwidth (RBW), Video Bandwidth (VBW), and detector types.
Explains how to select the appropriate detector type for accurate measurements.
Covers parameters for Sweep and Trigger functions, including sweep time and mode.
Covers parameters for trace display and Pass/Fail test functions.
Details the tracking generator function, its modes, and output power settings.
Introduces various advanced measurement functions like VSWR, T-Power, ACP, etc.
Shows the interface for T-Power measurement, including results and parameters.
Shows the interface for ACP measurement, including results and parameters.
Shows the interface for Channel Power measurement, including results and parameters.
Shows the interface for OBW measurement, including results and parameters.
Shows the interface for EBW measurement, including results and parameters.
Shows the interface for C/N Ratio measurement, including results and parameters.
Shows the interface for Harmonic Distortion measurement, including results and parameters.
Shows the interface for TOI measurement, including results and parameters.
Explains setting the demodulation type to AM or FM and configuring earphone volume.
Explains how markers are used to identify points on a trace and read values.
Explains how to select one of the four markers and set its parameters.
Explains the Delta marker type for measuring delta values between points.
Explains setting system parameters using current marker readings.
Covers special marker functions like Noise Marker, N dB BW, and Frequency Count.
Explains turning the frequency counter on/off and setting its resolution.
Explains how to open the peak search menu and execute peak searches.
Defines conditions for peak search, including 'PK Excursn' and 'PK Thresh'.
Explains defining user-defined shortcut keys for front panel keys.
Explains defining user-defined shortcut keys for quick access to menus.
Details recalling preset settings and restoring the analyzer to a specified status.
Covers various system settings including preset types, language, and I/O configurations.
Explains setting the preset type to Factory or User-defined states.
Covers selecting and configuring LAN, USB, or GPIB interfaces.
Details setting or resetting LAN parameters like IP address and subnet mask.
Details setting print parameters and printer connection procedures.
Explains how to store and recall files in internal or external memory.
Explains selecting desired file types like Setup, State, Trace, etc.
Describes setting the storage format of files to BIN or CSV.
Explains selecting the file source for trace data (T1, T2, T3, Math, All).
Explains setting the browser type to Dir or File for selecting disks or files.
Describes saving files using specified type, format, and source.
Explains creating folders using the filename editing interface.
Explains remote control capabilities via USB, LAN, GPIB using SCPI commands.
Describes two ways to realize remote control: user-defined programming and PC software.
Guides on programming the analyzer using SCPI commands via NI-VISA library.
Explains using PC software like Ultra Sigma for remote control commands.
Details connecting and installing drivers for remote control via USB.
Guides on connecting, configuring LAN parameters, and searching for device resources over LAN.
Explains connecting, installing drivers, and setting GPIB addresses for remote control.
Lists common instrument failures and provides steps to solve them.
Explains the types and meanings of information, error, and status messages.
Details various error messages, categorized into Command, Execution, Device Specific, and Query errors.
Explains error codes related to command syntax, parameters, and headers.
Describes error codes related to command execution, parameters, and device state conflicts.
Lists errors specific to the device hardware and software.
Provides detailed technical specifications for the instrument's performance.
Covers frequency range, resolution, accuracy, and counter specifications.
Details specifications related to amplitude measurement, input levels, and noise.
Lists the DANL specifications across different frequencies and PA settings.
Details the frequency response characteristics under different conditions.
Specifies the absolute amplitude uncertainty under defined conditions.
Specifies the level measurement uncertainty with 95% confidence.
Details the VSWR specifications for the RF input across frequency ranges.
Covers specifications for harmonic intercepts and gain compression.
Covers sweep time, sweep time uncertainty, and sweep modes.
Details the specifications for the tracking generator output.
Covers trigger source options and external trigger level.
Details specifications for front panel connectors, reference inputs, trigger input, and communication interfaces.
Provides general specifications for display, printer support, memory, power, and environmental conditions.
Outlines EMC and electrical safety compliance standards.
Lists product models, accessories, options, and optional accessories with order numbers.
Details RIGOL's warranty terms for the product mainframe and accessories.
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