Table of Contents
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Table of Contents
Related Manuals for Keysight InfiniiVision HD304MSO-500
Summarization of Contents
InfiniiVision HD3-Series Oscilloscopes—At a Glance
Oscilloscope Model Specifications
Table detailing model numbers, bandwidths, and sample rates.
Key Features Overview
Lists primary features like MSO capability and display size.
Getting Started
Inspect the Package Contents
Verifies shipment contents and checks for damage.
Front Panel Inputs and Outputs
Details the functions of front panel connectors and controls.
Back Panel Inputs and Outputs
Describes rear panel connectors and their functions.
Front Panel Controls and Touchscreen Interface
Details front panel keys/knobs and touchscreen interaction.
Horizontal Controls
Adjusting Horizontal Scale and Position
Explains how to modify timebase settings using knobs and dialogs.
Panning and Zooming Acquired Data
Details techniques for navigating and magnifying acquired waveforms.
Searching and Navigating Events/Segments
Covers finding events and navigating through acquired data or segments.
Vertical Controls
Adjusting Vertical Scale and Position
Guides on changing vertical sensitivity and waveform position on the display.
Channel Coupling and Input Impedance
Explains how to set channel coupling and input impedance for accurate measurements.
Bandwidth Limiting and Probe Options
Covers specifying bandwidth limits and analog channel probe settings.
FFT Spectral Analysis
Displaying and Configuring FFT Waveforms
Instructions for enabling and setting up FFT analysis parameters.
FFT Dialog Box Controls and Modes
Details controls for Y scale, Y offset, and display modes like Normal, Averaged, and Max Hold.
FFT Precision, Windows, and Detection Types
Explains analysis precision, input settings, window types, and detector settings.
Math Waveforms
Displaying and Configuring Math Waveforms
Steps to enable and set up math functions like Arithmetic, Transforms, FFT, Filters, and Visualizations.
Arithmetic and Transform Function Details
Explains operations for Add/Subtract, Multiply/Divide, and various transforms.
Filter and Visualization Math Functions
Details filter types like Band Pass and Smoothing, and visualization functions like Magnify.
Reference Waveforms
Saving Waveforms to Reference Locations
How to save current waveforms to internal reference memory locations R1 or R2.
Displaying and Scaling Reference Waveforms
Guides on showing, adjusting scale, and positioning saved reference waveforms.
Digital Channels
Connecting Digital Probes
Steps for connecting digital probes to the device under test.
Acquiring and Displaying Digital Waveforms
Covers waveform acquisition and using Autoscale for digital channels.
Interpreting Digital Waveform Display
Explains how to read the digital channel display, including identifiers and activity indicators.
Protocol Decode
Protocol Decode Options and Setup
Lists available serial decode options and initial setup steps.
Protocol Listing Window
Explains how to view and navigate decoded serial data in a tabular format.
Searching Lister Data
Details how to find and mark specific events within the protocol decode data.
Display Settings
Changing Waveform Layout and Persistence
Covers arranging waveform grids and applying persistence effects to the display.
Selecting Grid Options and Intensity
Explains how to configure grid types, scales, and adjust grid intensity.
Waveform Labels and Annotations
Guides on defining, assigning, and displaying custom labels and annotations on waveforms.
Triggers
Trigger Setup and General Information
Explains trigger concepts, modes (Auto/Trig'd), and the trigger indicator.
Basic Trigger Types (Edge, Pulse Width, Pattern)
Details setting up common trigger types like Edge, Pulse Width, and Pattern.
Advanced Trigger Types (OR, Rise/Fall, Runt, Setup/Hold)
Covers advanced triggers like OR, Rise/Fall Time, Runt, and Setup/Hold violations.
Trigger Mode and Conditioning
Selecting Trigger Mode (Auto vs. Trig'd)
Guides on choosing between Auto and Trig'd modes for trigger behavior.
Trigger Coupling and Noise Rejection
Explains trigger coupling options (DC, AC, LF Reject) and noise rejection settings.
Trigger HF Reject and Hysteresis Settings
Details HF Reject filter and hysteresis settings to improve trigger stability.
Acquisition Control
Running, Stopping, and Single Acquisitions
Instructions on controlling the acquisition process using Run/Stop and Single keys.
Sampling Theory, Aliasing, and Bandwidth
Explains fundamental concepts like sampling theory, aliasing, and bandwidth.
Selecting Acquisition Modes (Normal, Peak Detect, Averaging)
Guides on choosing acquisition modes to optimize waveform capture.
Markers
Understanding X and Y Markers
Explains the function and display of horizontal (X) and vertical (Y) markers.
Making Marker Measurements
Steps to enable and configure markers for custom measurements.
Measurements
Quickly Adding Common Measurements
How to quickly add up to 10 common measurements to the display.
Making Automatic Measurements
Steps to select and add various automatic measurements from the Measure menu.
Voltage and Time Measurements
Explains voltage measurement points and common time measurements like Period and Frequency.
Histogram
Waveform Histogram Setup
Instructions for setting up a histogram based on waveform data.
Measurement Histogram Setup
Guides on creating histograms from measurement results.
Mask Testing
Creating a Mask from a "Golden" Waveform (Automask)
Step-by-step guide to creating a mask using the Automask feature.
Mask Test Setup Options
Details configuration options for running mask tests, including run conditions and error actions.
Digital Voltmeter and Counters
Digital Voltmeter (DVM) Operation
Instructions for using the DVM feature to obtain voltage measurements.
Counter Measurement Setup
Guides on configuring and using the frequency, period, and totalize counters.
Fault Hunter
Setting Up and Running Fault Hunter
Explains how to set up and run the Fault Hunter for anomaly detection.
Understanding Fault Hunter Auto Setup Process
Details the stages involved in the Fault Hunter's automatic setup procedure.
Frequency Response Analysis
Making Connections for FRA
Instructions for connecting the oscilloscope and DUT for FRA measurements.
Setting Up and Running Frequency Response Analysis
Covers configuring and executing the FRA analysis.
Waveform Generator
Selecting Waveform Types and Settings
Guide to choosing waveform types and configuring their parameters.
Specifying Output Settings and Modulation
Covers output load, invert options, and adding AM/FM modulation.
Editing Arbitrary Waveforms
Details on creating and importing custom arbitrary waveforms using the editor.
Save/Email/Recall (Setups, Screens, Data)
Saving Setups, Screen Images, or Data
Instructions for saving oscilloscope configurations, images, and acquired data.
Saving Specific File Formats
Details on saving data in various formats like CSV, BIN, Reference Waveform, and Masks.
Emailing and Recalling Files
Covers sending oscilloscope data via email and recalling saved files.
Utility Settings
I/O Interface Settings (LAN, USB)
Configuration of network and USB interfaces for instrument control and data transfer.
Setting Up Oscilloscope's LAN Connection
Step-by-step guide to establishing a LAN connection for network access.
File Explorer and USB Storage Management
Navigating files, managing USB devices, and ejecting storage.
Setting Oscilloscope Preferences and Clock
Customizing GUI scaling, screen savers, and system clock settings.
Web Interface
Accessing the Oscilloscope's Web Interface
Instructions on connecting to the oscilloscope via a web browser.
Controlling the Instrument Remotely
Details on using SCPI commands and VNC for remote instrument control.
Getting and Saving Images via Web Interface
How to capture and save oscilloscope screen images through the web interface.
Reference
Specifications and Characteristics
Refers to data sheets for detailed product specifications and characteristics.
Measurement Category Definitions
Explains measurement categories II, III, and IV regarding voltage installations.
Loading Licenses and Firmware Updates
Information on installing licenses and updating oscilloscope software/firmware.
CAN Triggering and Protocol Decode
CAN/CAN FD Protocol Decode Setup
Steps to enable and configure CAN/CAN FD protocol decoding.
CAN Triggering Conditions
Details various trigger conditions for CAN frames like SOF, EOF, Frame ID, and Errors.
Interpreting CAN Decode and Lister Data
Explains how to read CAN decode displays and the CAN Lister columns.
I2C Triggering and Protocol Decode
I2C Protocol Decode Setup
Steps to enable and configure I2C protocol decoding.
I2C Triggering Conditions
Covers trigger conditions like Start/Stop conditions, Address, Data, and Frame types.
Interpreting I2C Decode and Lister Data
Explains how to read I2C decode displays and the I2C Lister columns.
LIN Triggering and Protocol Decode
LIN Protocol Decode Setup
Steps to enable and configure LIN protocol decoding.
LIN Triggering Conditions
Details trigger conditions for LIN frames like Sync Break, ID, Data, and Errors.
Interpreting LIN Decode and Lister Data
Explains how to read LIN decode displays and the LIN Lister columns.
SPI Triggering and Protocol Decode
SPI Protocol Setup
Steps to enable and configure SPI protocol decoding.
SPI Triggering Conditions
Covers trigger conditions for SPI like MOSI/MISO data, Frame, Timeout, and Bit Order.
Interpreting SPI Decode and Lister Data
Explains how to read SPI decode displays and the SPI Lister columns.
UART/RS232/422/485 Triggering and Protocol Decode
UART/RS232/422/485 Protocol Decode Setup
Steps to enable and configure UART/RS232/422/485 protocol decoding.
UART/RS232/422/485 Triggering Conditions
Details trigger conditions for UART/RS232 like Rx/Tx Start/Stop bits, Data, and Parity Errors.
Interpreting UART/RS232/422/485 Decode and Lister Data
Explains how to read UART/RS232/422/485 decode displays and the Lister columns.
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