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General| Brand | Agilent Technologies |
|---|---|
| Model | 7000B Series |
| Category | Test Equipment |
| Language | English |
Denotes a hazard that could result in product damage or data loss if not followed.
Denotes a hazard that could result in personal injury or death if not followed.
Verifies the integrity and completeness of the oscilloscope shipment upon arrival.
Adjusts the oscilloscope's tilt angle for optimal viewing comfort.
Covers power requirements, ventilation, rack mounting, and initial power-on procedures.
Restores the oscilloscope to its factory default configuration settings.
Connects probes and uses AutoScale to automatically configure the display for input signals.
Details the front panel controls, including differences between 2- and 4-channel models.
Describes the purpose and location of connectors on the rear panel.
Explains the functionality and interaction of the softkeys below the display.
Identifies and explains the different areas of the oscilloscope display interface.
Guides on how to access and use the oscilloscope's integrated help system.
Explains the choice between 50 Ohm and 1 MOhm input impedance for analog channels.
Details the interface that automatically configures probe parameters.
Lists and describes supported passive and active probes for the oscilloscopes.
Provides instructions for connecting probes to the oscilloscope channels correctly.
Guides on compensating passive probes and calibrating active probes for accurate measurements.
Describes how to manually set the probe attenuation factor when not automatically identified.
Information on connecting and using digital probes for MSO models.
Explains how to adjust horizontal scale, position, time modes (Normal, XY, Roll), and zoom.
Details how to adjust vertical scale, position, coupling, and bandwidth limiting.
Configures probe options like units, attenuation, and skew for analog channels.
Covers adjusting waveform intensity, persistence, clearing display, and grid brightness.
Defines and assigns labels to channels for easier identification of traces.
Explains the concept of triggered waveforms and acquisition memory.
Details how to select trigger modes (Auto, Normal) and coupling (DC, AC, LF Reject).
Compares Auto trigger for unstable signals vs. Normal trigger for specific events.
Explains how to set trigger levels for analog and digital channels.
Describes DC, AC, and LF Reject coupling for the trigger path.
Methods to reduce noise in the trigger path and on the displayed waveform.
Explains how to use holdoff to stabilize complex waveform displays.
Details the external trigger input connector and its settings.
Lists and briefly describes various trigger types available on the oscilloscope.
Sets triggers based on pattern and specified time duration, including qualifier settings.
Defines triggers based on specified edge slope and voltage level on a waveform.
Using Peak Detect mode to view and characterize glitches or narrow pulses.
Triggers on the Nth edge of a burst after an idle time.
Identifies trigger conditions based on a specified pattern of channel states (0, 1, X).
Triggers on positive or negative pulses of a specified width.
Defines triggers based on a sequence of events (Find, Trigger on, Reset).
Captures waveforms of standard and high-definition analog video signals.
Triggers on specific USB packet events like SOP, EOP, Suspend/Resume.
Lists available automatic measurements for time, phase, delay, voltage, and other parameters.
Guides on how to select sources and make automatic measurements on channels or math functions.
Provides definitions and graphical illustrations for various time measurements like Rise Time and Period.
Explains how to use horizontal and vertical cursors for custom measurements.
Introduces performing arithmetic operations and functions (differentiate, integrate, FFT, sqrt) on waveforms.
Explains how to save waveform traces and setup parameters to internal or USB memory.
Details available formats for saving display images and waveform data.
Configures options like Setup Info, Graticule Colors, and Palette for saving.
Sets the number of data points to output in CSV, ASCII XY, BIN, or ALB formats.
Configures saving segments from segmented memory acquisition.
Instructions for printing the oscilloscope display to a USB printer.
Explains how to control acquisitions using Run/Stop and Single keys.
Guides on performing single acquisitions for maximum sample rate and memory depth.
Triggers automatically if no condition is found after pressing Single.
Describes Normal, Peak Detect, Averaging, and High Resolution acquisition modes.
Details averaging multiple acquisitions to reduce noise and increase vertical resolution.
Explains realtime sampling and its effect on bandwidth and display.
Captures multiple infrequent trigger events by dividing memory into segments.
Covers establishing LAN connections via DHCP or Manual mode for network access.
Instructions on connecting to the oscilloscope via hostname or IP address in a web browser.
Provides access to Remote Front Panel and SCPI Command applet for remote operation.
Explains using Agilent IO Libraries for automated test and data acquisition.
Saves or prints the oscilloscope's display from the web interface.
Accesses installed options, firmware versions, and calibration status via the web interface.
Configures a password to protect the oscilloscope from unauthorized remote access.
Lists available serial decode options for various protocols like CAN, LIN, I2C, SPI.
Explains using the Lister to view packet-level serial data, including time tags and decoded values.
How to search for and mark specific protocol events within the Lister data.
Guides on connecting to CAN signals and specifying source, baud rate, and sample point.
Details trigger types for CAN version 2.0A/2.0B, including frames, errors, and specific IDs.
Instructions for setting up and acquiring CAN serial decode data.
Explains color-coded decoded CAN data like Frame ID, DLC, and CRC.
Measures bus quality and efficiency via counters for frames, errors, and bus utilization.
How to search for specific CAN data types (ID, Data, Errors) within the Lister.
Guides on connecting to LIN signals and specifying source, baud rate, and sample point.
Details trigger types for LIN signals, focusing on Sync Break and Frame ID.
Instructions for setting up and acquiring LIN serial decode data.
Explains columns in the LIN Lister like ID, Data, and Checksum.
How to search for specific LIN data types (ID, Data, Errors) within the Lister.
Guides on connecting to I2C signals (SDA, SCL) and setting trigger levels.
Details trigger conditions for I2C like Start/Stop, Missing Ack, EEPROM Read, and Frame types.
Instructions for setting up and acquiring I2C serial decode data.
Explains color-coded I2C decoded data like Address, Data, and Ack status.
How to search for specific I2C data types (Missing Ack, Address, Restart) within the Lister.
Guides on connecting to SPI signals (Clock, Data, Frame) and setting parameters.
Sets triggers on SPI data patterns occurring at the start of a frame.
Instructions for setting up and acquiring SPI serial decode data.
Explains the Data column in the SPI Lister.
How to search for specific SPI data types (Words, Hex digits) within the Lister.
Guides on connecting to I2S signals (SCLK, WS, SDATA) and configuring bus parameters.
Details trigger conditions for I2S based on audio channel events and data word values.
Instructions for setting up and acquiring I2S serial decode data.
Explains decoded I2S data, including channel data and errors.
How to search for specific I2S data types (Equal, Not Equal, Errors) within the Lister.
Guides on connecting to FlexRay signals and setting up baud rate and bus type.
Details trigger conditions for FlexRay frames, errors (CRC), and events (Wake-up, TSS, BSS).
Instructions for setting up and acquiring FlexRay serial decode data.
Explains color-coded FlexRay frame data like Frame ID, Payload Length, and CRC.
Provides bus quality metrics via counters for frames, null frames, and sync frames.
How to search for specific FlexRay data types (Frame ID, Cycle Number, Errors) within the Lister.
Recommends using a differential active probe for probing MIL-STD 1553 signals.
Guides on setting up the oscilloscope for MIL-STD 1553 signals and using Auto Setup.
Details trigger conditions for MIL-STD 1553 like Data Word Start/Stop, Command/Status, and Remote Terminal Address.
Instructions for setting up and acquiring MIL-STD 1553 serial decode data.
Explains color-coded MIL-STD 1553 decoded data, including Command/Status and Data words.
Explains columns in the MIL-STD 1553 Lister like RTA, Word Type, and Data.
How to search for specific MIL-STD 1553 data types (Data Word Start, Remote Terminal Address) within the Lister.
Guides on connecting to UART/RS232 signals (Rx, Tx) and setting parameters like baud rate and parity.
Details trigger conditions for UART/RS232 based on Rx/Tx Start/Stop bits, Data, and Parity errors.
Instructions for setting up and acquiring UART/RS232 serial decode data.
Explains decoded UART/RS232 data, including mid-level blue lines for idle bus.
How to search for specific UART/RS232 data types (Rx Data, Parity Error) within the Lister.
Verifies waveform compliance to parameters using mask testing.
Guides on creating a mask from a reference waveform using the Automask function.
Configures mask test termination conditions like Run Until, Minimum # of Tests, Time, and Sigma.
Configures the rear panel trigger output based on mask test results (Pass/Fail).
Displays statistics like # of Tests, Status, Failures, and Sigma for mask tests.
Explains how to create and edit mask files using a text editor.
Activates precision modes for measurements and math functions using a larger record length.
Guides on connecting digital probe cables, ground leads, and grabbers to the DUT.
Explains how the oscilloscope samples and stores digital channel data based on logic thresholds.
Quickly configures and displays digital channels using the AutoScale function.
Identifies elements of the digital waveform display like identifiers, activity indicators, and thresholds.
Controls the display of individual channels, groups, or all digital channels.
Sets logic family presets (TTL, CMOS, ECL) or user-defined thresholds for digital channels.
Groups and displays digital channels as a bus, showing values in hex or binary.
Discusses probe impedance and grounding issues affecting digital signal fidelity.
Provides guidelines for good probing practices, including ground lead usage and high-speed measurements.
Instructions on how to replace digital probe leads and lists replacement parts.
Assigns repetitive actions like Print, Save, or Recall to the [Quick Action] key.
Specifies preferences for vertical expansion, antialiasing, screen saver, and autoscale options.
Configures the 10 MHz REF connector function and the TRIG OUT signal source.
Sets the current date and time of day for time/date stamps.
Guides on installing license strings and viewing installed options.
Lists available licensed options and their model numbers for installation.
Instructions on installing a license to activate digital channels for MSO functionality.
Explains the secure environment mode for data erasure upon power-off.
Covers performing user calibration, self-tests, and cleaning the oscilloscope.
Provides information on where to find complete, up-to-date specifications and characteristics.
Lists available accessories for the 7000B Series Oscilloscopes.
Guides on searching for and installing software and firmware updates for the oscilloscope.
Defines measurement categories I, II, III, and IV, and their applicable measurement environments.
Details maximum input voltages for analog and digital channels, including derating information.
Specifies operating environment requirements like temperature, humidity, and altitude.
Explains the structure and content of binary (.bin) waveform data files.
Describes the structure and content of CSV and ASCII XY waveform data files.
Provides licensing information for RealVNC software used in the oscilloscope.
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