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General| Brand | Tektronix |
|---|---|
| Model | 222 |
| Category | Test Equipment |
| Language | English |
Defines terms like CAUTION and WARNING used in the manual for safety.
Explains the meaning of CAUTION and DANGER symbols found on the equipment itself.
Illustrates and explains general safety symbols used throughout the manual.
Details specific safety symbols physically marked on the oscilloscope.
Explains the double-insulated design and lack of grounding conductor.
Critical safety instruction to avoid explosion hazards in certain environments.
Important safety instruction to prevent personal injury by keeping covers installed.
Lists the key capabilities and technical features of the 222 Digital Storage Oscilloscope.
Provides a concise overview of the instrument's main technical specifications.
Lists the accessories that are included with the oscilloscope upon purchase.
Lists additional accessories that can be purchased separately for the oscilloscope.
References the Operator's Safety Summary for essential safety information.
Describes the detachable battery-charger adapter and its use for power and charging.
Details the required external power voltage, frequency, and current specifications.
Explains the operation of the oscilloscope using its internal battery.
Provides initial charging instructions for the battery before first use.
Instructions on how to turn the oscilloscope's functions on and off.
Describes the feature that automatically turns off the unit to conserve battery.
Guide to using the AUTO SETUP feature for rapid signal display.
Introduces tables providing quick reference for front and rear panel controls.
Explains the locations and meanings of various readouts displayed on the CRT screen.
Provides more detailed explanations of the oscilloscope's controls and their functions.
Details the CRT display, menu buttons, and power controls of the oscilloscope.
Explains the operation of controls related to vertical signal display and scaling.
Explains the operation of controls related to horizontal timebase and positioning.
Details the controls used for setting up and adjusting signal triggering.
Describes the functions of the buttons located on the top panel of the oscilloscope.
Details the controls and connectors found on the rear panel of the instrument.
Procedure for powering the oscilloscope on and off.
Detailed explanation of the Auto Setup feature for quick signal configuration.
Instructions on how to navigate and make selections within the oscilloscope's menus.
Explains how to switch between STORE and NONSTORE display modes.
Procedure for clearing on-screen menus and previously saved waveforms.
How to select channels to respond to front-panel control changes.
Explanation of DC, AC, and GND input coupling modes for vertical channels.
How to adjust the vertical scaling (amplitude per division) of the selected channel.
How to adjust the vertical position of the displayed waveform trace.
Using the variable VOLTS/DIV control for fine amplitude adjustments.
How to invert the display of channel 1 or channel 2 signals.
How to adjust the horizontal timebase scaling (seconds per division).
How to adjust the horizontal position of the displayed waveform trace.
Utilizing the X10 MAG feature to magnify the horizontal display.
Setting the voltage threshold for triggering the oscilloscope.
Selecting whether triggering occurs on the rising or falling edge of a signal.
How to select different trigger modes like NORM, AUTO LVL, and SSEQ.
Choosing the signal source (VERT, CH1, CH2, EXT) for triggering.
Procedure for saving captured waveforms into nonvolatile memory.
How to retrieve previously saved waveforms from memory for display.
Procedure for saving the current instrument configuration settings.
How to load previously saved instrument configurations.
Procedure for erasing saved instrument configurations from memory.
Adjusting the trigger point's location within the captured waveform data.
Choosing the mode for data acquisition (NORM, ENV, AVG, CONT ENV).
Switching between X-Y and Y-T display modes for signal visualization.
How to toggle the display of on-screen readouts on or off.
Managing the Auto Timeout feature for battery power conservation.
Configuring the serial communication speed for data transfer.
Procedure for aligning the horizontal and vertical axes of the XY display.
Performing instrument self-calibration routines for accurate measurements.
How to display the version number of the installed instrument firmware.
Using the Auto Setup feature for quick and effective signal tracing.
How to use the oscilloscope's graticule for accurate voltage and time measurements.
Performing measurements across components without needing a chassis ground reference.
Techniques for making in-circuit measurements while rejecting common-mode noise.
Procedure for capturing single or infrequent events with the oscilloscope.
Detailed explanation of the Auto Setup feature's behavior with different signals and settings.
Information regarding oscilloscope probes, their accessories, and usage.
Explanation of how waveforms are displayed and updated in STORE vs. NONSTORE modes.
Detailed explanation of DC, AC, and GND input coupling types and their effects.
Describes the default acquisition modes based on SEC/DIV settings and Trigger Mode.
Explains how NORM, AUTO LVL, AUTO BL, and SSEQ trigger modes affect display response.
Details on selecting the signal source (VERT, CH1, CH2, EXT) for triggering.
How to adjust the trigger point's location within the captured waveform data (POST, MID, PRE).
In-depth explanation of the Trigger LEVEL control and AUTO LVL function.
Detailed description of NORM, ENV, AVG, and CONT ENV acquisition modes.
Guidelines for maintaining battery health and maximizing its lifespan.
Describes alternative methods for charging the instrument's battery externally.
Provides step-by-step instructions for replacing the internal battery.
Instructions and procedures for safely packaging the instrument for shipping.
An overview of available instrument options and accessories with ordering information.
Lists the accessories that are supplied as standard with the oscilloscope.
Lists optional accessories that can be ordered separately for the instrument.
Details specific options available for the battery-charger adapter.
Lists the components included in the 222ACC Field Accessories Kit.
General introduction to the performance specifications and their applicability.
Guidelines for periodic performance checks and adjustments.
Comprehensive technical specifications covering various aspects of the instrument's performance.
Details the operating and non-operating conditions for temperature, humidity, and altitude.
Information on the instrument's physical dimensions, weight, construction, and finish.
Purpose of the performance check procedure and its use as a diagnostic aid.
Lists the necessary test equipment and specifications for performance checks.
Specifies the conditions, such as calibration and temperature, required for valid checks.
Recommends the frequency for performing complete performance checks on the instrument.
Steps and initial settings required to prepare for performing performance checks.
An index listing all available performance checks with corresponding page numbers.
Procedures for verifying the functionality of display-related controls like INTENSITY and FOCUS.
Performance checks specifically for the vertical deflection system and its controls.
Performance checks for the horizontal system, including SEC/DIV accuracy.
Performance checks for the trigger system's sensitivity, level, and jitter.
Highlights the main functionalities of the CAT200 software for remote control and data management.
Lists common use cases for the CAT200 software in various technical fields.
Explains how the software enables remote operation and data collection from hazardous sites.
Details how the software enhances the oscilloscope's capabilities like automation and storage.
Specifies the necessary PC hardware and software configurations for the CAT200 package.
Lists available system options for the CAT200 software, such as mouse support.
Information on how waveform data can be stored and its compatibility with software drivers.
Outlines the software license agreement terms and the warranty period for the media.
Provides details on how to order the CAT200 software package and its contents.
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