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General| Frequency Range | 9 kHz to 3.2 GHz |
|---|---|
| Resolution Bandwidth (RBW) | 1 Hz to 3 MHz |
| Input Impedance | 50 Ω |
| Max Input Level | +30 dBm |
| Video Bandwidth (VBW) | 1 Hz to 3 MHz |
| Tracking Generator | Optional |
| Interfaces | USB, LAN, GPIB (optional) |
| Real-time Bandwidth | Up to 40 MHz |
| Phase Noise | -98 dBc/Hz @1 GHz, 10 kHz offset |
Introduces the analyzer's appearance, panels, user interface, and initial setup procedures.
Identifies and describes the components and controls on the front panel of the DSA800/E.
Details the purpose and operation of each function key on the front panel.
Explains the various elements and labels displayed on the instrument's user interface.
Details the different types of menus and how to navigate and operate them.
Describes three methods for setting parameters: numeric keyboard, knob, and direction keys.
Covers fundamental settings for the spectrum analyzer, including frequency and amplitude adjustments.
Explains how to set frequency parameters like center, start, and stop frequencies.
Details setting the center frequency and its relation to span and other frequency parameters.
Covers setting the frequency span of the analyzer, affecting sweep parameters.
Details setting the frequency range of the current channel, affecting center frequency and span.
Covers setting amplitude parameters for proper signal display and minimum error.
Sets the maximum power or voltage displayed in the window, affecting the Y-axis scale.
Allows correction of amplitude errors due to external devices like antennas and cables.
Covers settings for sweep and function parameters like bandwidth, detector type, and sweep modes.
Covers settings for Resolution Bandwidth (RBW), Video Bandwidth (VBW), and detector types.
Sets the resolution bandwidth to distinguish between close-frequency signals.
Sets the video bandwidth to filter out noise outside the video band.
Selects the detector type (e.g., Pos Peak, Neg Peak) for processing trace data.
Covers parameters for Sweep and Trigger functions, including sweep time and trigger types.
Sets the time required for the spectrum analyzer to complete a sweep within the span range.
Covers trace display settings and Pass/Fail test function parameters.
Sets the type of current trace (e.g., Clear Write, Max Hold) or disables it.
Enables mathematical operations between traces for advanced analysis.
Opens the parameter setting menu for selected measurement functions.
Turns on/off the VSWR measurement function, dividing the screen into windows for measurement wizard.
Measures the power of the signal within a specified time domain, from start line to stop line.
Measures adjacent channel power and power difference relative to the main channel.
Measures channel power and power spectral density within a specified bandwidth.
Measures occupied bandwidth and transmit frequency error based on power ratio.
Measures emission bandwidth, the width between points X dB below the highest amplitude.
Measures carrier power, noise power, and their ratio.
Measures harmonic distortion and total harmonic distortion of the carrier.
Measures Third-Order Intercept parameters for two signals with similar amplitude and frequency.
Configures and performs Pass/Fail tests by comparing measured curves against predefined limits.
Enters the demodulation setting menu for AM or FM demodulation.
Covers marker functionality, including placement, types, and readout settings.
Explains the marker appearance and how to read amplitude, frequency, and sweep time.
Sets system parameters using current marker readings, enabling markers if none are active.
Accesses special marker functions like Noise Mkr, N dB BW, and Freq Count.
Opens the peak search menu and executes peak search based on defined conditions.
Sets the condition for peak search: Maximum or Parameter-based.
Covers functions accessible via shortcut keys, including Auto search.
Performs automatic signal search and parameter adjustment for optimal display.
Allows users to define custom shortcut keys for frequently used functions.
Recalls preset settings and restores the analyzer to a specified status.
Sets print parameters such as orientation, page size, quality, and file type.
Manages saving and recalling files like setup, state, and traces to internal or external memory.
Introduces remote control capabilities via USB, LAN, or GPIB using SCPI commands.
Details methods for remote control: user-defined programming and PC software.
Explains how to program and control the analyzer using SCPI commands with NI-VISA library.
Details establishing communication via USB, LAN, or GPIB interfaces.
Explains how to use PC software like Ultra Sigma for remote control.
Introduces Ultra Sigma software for sending commands and controlling the analyzer.
Details connecting and controlling the analyzer remotely via USB.
Tests communication with the analyzer using SCPI Panel Control.
Details connecting and controlling the analyzer remotely via LAN.
Details connecting and controlling the analyzer remotely via GPIB.
Lists common analyzer failures and their solutions, with steps to resolve issues.
Explains the types and meanings of messages displayed by the analyzer.
Details various error messages, categorized by cause (Command, Execution, etc.).
Explains errors related to syntax, invalid characters, or parameters in commands.
Describes errors occurring during command execution, such as parameter issues or device conflicts.
Covers errors specific to the device's hardware or software configuration.
Details errors related to query commands, interruptions, or deadlocks.
Provides detailed technical specifications for frequency, phase noise, and bandwidths.
Details frequency range, resolution, accuracy, and counter specifications.
Specifies the single-sideband phase noise characteristics across various offsets.
Details resolution bandwidth, RBW uncertainty, and video bandwidth specifications.
Covers measurement range, maximum input level, and displayed average noise level.
Provides DANL specifications across various frequencies and PA settings.
Specifies the frequency response characteristics under different PA settings.
Specifies the uncertainty in amplitude measurements under defined conditions.
Provides the uncertainty for level measurements under specified conditions.
Specifies the Voltage Standing Wave Ratio for the RF input across frequency ranges.
Details second harmonic intercept, third-order intercept, and 1dB gain compression.
Details the third-order intercept (TOI) levels for different models.
Details inherent spurious response, intermediate frequency, and input related spurious levels.
Covers sweep time, sweep time uncertainty, and sweep mode specifications.
Provides specifications for the tracking generator, including frequency range and output level.
Details EMC compliance standards and electrical safety certifications.
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