Tektronix DPO7104C User Manual

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User Manual
*P071298004*
071-2980-04

Tektronix DPO7104C Specifications

General

Bandwidth	1 GHz
Channels	4
Vertical Resolution	8 bits
Display Size	12.1 inches
Input Coupling	AC, DC, GND
Record Length	250 M points
Input Impedance	1 MΩ
Maximum Input Voltage	400 V
Trigger Modes	Edge, Pulse
Operating Temperature	0°C to +50°C
Weight	20 kg
Input Voltage Range	±400 V (DC + peak AC)
Display	XGA LCD

Summary

Important safety information

General safety summary

Summary of safety precautions to avoid injury and product damage.

Service safety summary

Additional safety information for product service procedures.

Compliance information

EMC compliance

Safety compliance

Install your instrument

Operating requirements

Details environmental and operational requirements for the instrument.

Preventing ESD

Powering on the instrument

Getting acquainted with your instrument

Interface and display

Control panel

Inspect your instrument

Verify internal diagnostics pass

Acquisition

Signal path compensation

Procedure to calibrate the instrument's signal path for accuracy.

Setting up analog signal input

Steps to connect and configure analog signal input.

Using Autoset

Changing the acquisition mode

Using FastAcq

Capturing transient events and anomalies with fast acquisition.

Setting up digital signal input

Connecting and configuring logic probes for digital signals.

Setting up a bus

Configuring serial and parallel bus setups.

Pinpoint triggers

Triggering concepts

Explains trigger events, modes, and holdoff.

Delayed trigger system

Using A and B triggers for sequential event capture.

Choosing a trigger type

Modifying trigger parameters and selecting advanced triggers.

Trigger selections

Lists various trigger types and their conditions.

Checking trigger status

Using a (Main) and b (Delayed) triggers

Combining A and B triggers for complex signal capture.

Triggering with Reset

Correcting trigger position

Adjusting trigger placement using Enhanced Triggering.

Triggering with B-Event Scan

Creating overlapped eye diagrams synchronized by A trigger.

Triggering on a parallel bus

Locating problems by triggering on parallel bus signals.

Triggering on a serial bus

Locating problems by triggering on serial bus signals.

Triggering using Visual Triggers (Visual Triggering)

Creating trigger conditions directly on the display screen.

Setting up Action on Event

Configuring actions like saving files upon event occurrence.

Using horizontal delay

Acquiring waveform detail in a region separated from trigger location.

Display a waveform

Setting the Display Style

Setting the Display Persistence

Setting the Display Format

Using MultiView Zoom

Magnifying waveforms vertically, horizontally, or in both dimensions.

Zooming in multiple areas

Viewing and comparing multiple areas of a record simultaneously.

Lock and Scroll zoomed waveforms

Locking zoomed areas and enabling auto-scrolling.

Using Wave Inspector to manage long record length waveforms

Efficiently working with long record length waveforms using Pan/Zoom.

Searching and marking waveforms

Setting manual or automatic marks to analyze waveforms.

Analyzing waveforms

Taking automatic measurements

How to select and perform automated measurements.

Automated measurement selections

Lists automated measurements by category.

Amplitude measurements

Time measurements

Communication measurements

Customizing an automatic measurement

Using gating and modifying statistics for measurements.

Gating

Statistics

Reference Levels

Taking cursor measurements

Using cursors for manual measurements on acquired data.

Setting up a histogram

Displaying vertical or horizontal histograms for statistical data.

Using math waveforms

Using the Serial Error Detector

Detecting errors in high-speed serial standards.

Using mask testing

Comparing signals to predefined templates or masks.

Using limit testing

Comparing active signals to template waveforms for pass/fail testing.

MyScope

Creating a new MyScope control window

Using MyScope control windows

To edit a MyScope control window

Saving and recalling information

Saving screen captures

Saving waveforms

Saving instrument setups

Saving measurements

Run application software

Application examples

Capturing intermittent anomalies

Using FastAcq to find infrequent anomalies in signals.

Using the extended desktop and OpenChoice architecture for efficient documentation

Triggering on buses

Triggering on a video signal

Triggering on lines

Correlating data between a Tektronix oscilloscope and logic analyzer