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General| Brand | Owon |
|---|---|
| Model | XDS3000 Series |
| Category | Test Equipment |
| Language | English |
Describes the front and rear panels of the oscilloscope and their components.
Explains the display interface and various elements shown on the screen.
Provides steps for inspecting the oscilloscope after delivery to check for damage.
Guides the user through a basic functional check of the oscilloscope.
Details the procedure for compensating oscilloscope probes for accurate measurements.
Explains how to configure the probe attenuation setting on the oscilloscope.
Provides safety guidelines for using the oscilloscope probe correctly.
Describes the self-calibration procedure to ensure measurement accuracy.
Introduces the vertical control settings of the oscilloscope.
Introduces the horizontal control settings of the oscilloscope.
Introduces the trigger system controls for waveform acquisition.
Explains how to use touchscreen gestures for controlling the oscilloscope.
Defines warning, caution, and danger terms used in the manual and on the product.
Explains common safety symbols found on the oscilloscope and their meanings.
Details how to configure vertical settings like coupling, attenuation, and inversion.
Explains how to use math functions like addition, subtraction, FFT, and digital filters.
Describes the types and application of digital filters for signal processing.
Explains how to use the Fast Fourier Transform (FFT) function for frequency analysis.
Guides on adjusting vertical position and scale for optimal waveform viewing.
Details how to configure horizontal settings like time base and position.
Explains trigger types, levels, and decoding options for signal analysis.
Describes various trigger modes and their parameters for single event capture.
Details the setup for edge triggers based on signal slope and level.
Explains how to set up triggers for video signals like NTSC, PAL, SECAM.
Describes how to trigger based on the rising or falling slope of a signal.
Explains how to trigger based on the width of pulses in a signal.
Describes triggering on pulses that fail to meet specific width criteria.
Explains triggering based on signal levels within defined windows.
Details triggering based on the time interval between signal events.
Explains how to trigger on the Nth occurrence of a signal edge.
Describes alternate triggering for observing two unrelated signals simultaneously.
Explains how to trigger based on logic conditions between signals.
Details trigger settings for serial communication buses like RS232, I2C, SPI, CAN.
Explains how to decode serial bus signals like RS232, I2C, SPI, and CAN.
Explains how to decode I2C serial bus signals.
Explains how to decode SPI serial bus signals.
Explains how to decode CAN serial bus signals.
Describes how to use the oscilloscope's function menu controls.
Guides on configuring sampling parameters like acquisition mode and record length.
Explains procedures for saving and recalling waveforms, configurations, and images.
Details how to clone waveforms and output them via generator or memory.
Provides instructions for updating the oscilloscope's firmware via USB.
Explains how to use automatic measurement functions for various signal parameters.
Describes how to customize automatic measurements using gating and statistics.
Guides on using cursors for precise time and voltage measurements.
Explains the Autoscale function for automatic waveform setup.
Describes how to access and navigate the oscilloscope's built-in help system.
Explains the usage of executive buttons like Autoset, Run/Stop, Single, and Copy.
Provides steps for printing the oscilloscope screen image to a connected printer.
Describes how to connect the arbitrary function generator output ports.
Explains how to set up and manage channels for the function generator.
Guides on setting signal parameters like frequency, amplitude, and phase.
Details parameters for generating square waveforms.
Details parameters for generating ramp waveforms.
Explains how to adjust the symmetry of ramp waveforms.
Details parameters for generating pulse waveforms.
Guides on creating and saving custom waveforms.
Explains how to read waveforms from internal or USB storage.
Describes how to select and use the oscilloscope's built-in waveforms.
Explains the FRA feature for analyzing device frequency response.
Describes the multimeter input terminals on the oscilloscope.
Explains the multimeter function and its menu options.
Details the information displayed in the multimeter's information window.
Guides on performing various multimeter measurements like current and voltage.
Provides steps for measuring AC and DC current.
Provides steps for measuring AC and DC voltage.
Explains how to measure resistance using the multimeter.
Guides on testing diodes with the multimeter.
Explains how to perform continuity tests.
Guides on measuring capacitance with the multimeter.
Describes features like Data Hold, Relative Measurements, and Range settings.
Explains how to freeze the display during any multimeter measurement.
Explains how to perform relative measurements by storing a reference value.
Guides on showing or hiding the multimeter information window.
Explains how to switch between auto and manual ranging modes.
Explains how to use the multimeter data recorder to log measurements.
Guides on charting multimeter measurement data using spreadsheet software.
Explains how to connect the oscilloscope to a PC via USB.
Details how to connect the oscilloscope to a PC via LAN.
Guides on connecting the oscilloscope to a PC using Wi-Fi.
Explains setting up the oscilloscope as a Wi-Fi access point.
Explains connecting the oscilloscope to a PC via a Wi-Fi station.
Lists the system requirements for Android devices.
Explains the two Wi-Fi connection types (WIFI-AP and WIFI-STA).
Guides on connecting an Android app to the oscilloscope as a Wi-Fi AP.
Guides on connecting an Android app to the oscilloscope as a Wi-Fi station.
Describes the user interface elements of the mobile application.
Explains how to use gestures to control the oscilloscope via the app.
Demonstrates measuring signal parameters like period and frequency.
Shows how to measure amplifier gain by measuring input and output signals.
Guides on capturing single, non-periodic signals using trigger settings.
Explains using Peak Detect and Average functions to analyze signal noise.
Demonstrates using X-Y mode to analyze phase differences between signals.
Shows how to obtain a stable video signal display using video trigger.
Provides solutions for when the oscilloscope powers on but shows no display.
Offers troubleshooting steps for when no waveform is displayed after signal acquisition.
Addresses issues with incorrect voltage amplitude readings.
Provides solutions for unstable waveform display issues.
Troubleshoots issues where Run/Stop button has no response.
Explains why waveform display may slow down with certain settings.
Lists detailed performance characteristics and specifications for the oscilloscope.
Covers general specifications like display, power, environment, and mechanical details.
Lists trigger specifications including range, accuracy, and modes.
Lists standard and optional accessories included with the oscilloscope.
Provides guidelines for the general care and cleaning of the instrument.
Offers instructions and information related to the oscilloscope's battery.
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