Tektronix TDS7104 - Manual - manualsarea.com

Page 3 - WARRANTY

WARRANTY Tektronix warrants that the products that it manufactures and sells will be free from defects in materials andworkmanship for a period of one (1) year from the date of shipment. If this product proves defective during itswarranty period, Tektronix, at its option, will either repair the defe...

Page 5 - Table of Contents; Getting Started

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual i Table of Contents General Safety Summary xiii . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Preface xv . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...

Page 6 - Operating Basics

Table of Contents ii CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Operating Basics Operational Maps 2--1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Documentation Map 2--2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...

Page 9 - Appendices; Appendix A: Specifications

Table of Contents CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual v Defining Spectral Math Waveforms 3-- 202 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Using Spectral Math Controls 3-- 203 . . . . . . . . . . . . . . . . . . . . . . . . . . . . ....

Page 11 - List of Figures

Table of Contents CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual vii List of Figures Figure 1--1: Locations of peripheral connectors on rear panel 1--8 . . . . . Figure 1--2: Powering on the instrument 1--10 . . . . . . . . . . . . . . . . . . . . . . . Figure 1--3: Ena...

Page 15 - List of Tables; Table 3--11: Math expressions and the math waveforms produced

Table of Contents CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual xi List of Tables Table 1--1: Additional accessory connection information 1--9 . . . . . . . . . Table 1--2: Line fuses 1--9 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Tabl...

Page 17 - General Safety Summary; Only qualified personnel should perform service procedures.; To Avoid Fire or

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual xiii General Safety Summary Review the following safety precautions to avoid injury and prevent damage tothis product or any products connected to it. To avoid potential hazards, use thisproduct only as specified. Only qual...

Page 18 - Symbols and Terms

General Safety Summary xiv CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Terms in this Manual. These terms may appear in this manual: WARNING. Warning statements identify conditions or practices that could result in injury or loss of life. CAUTION. Caution statements i...

Page 19 - xv; Preface; About This Manual

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual xv Preface This user manual covers the following information: H Describes the capabilities of the instrument, how to install it and how toreinstall its software H Explains how to operate the instrument: how to control acqui...

Page 20 - Related Manuals and Online Documents; Accessories & Options; Documentation Map

Preface xvi CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Related Manuals and Online Documents This manual is part of a document set of standard-accessory manuals and onlinedocumentation; this manual mainly focuses on installation, background, and userinformation neede...

Page 21 - Contacting Tektronix

Preface CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual xvii Contacting Tektronix Phone 1-800-833-9200 * Address Tektronix, Inc.Department or name (if known)14200 SW Karl Braun DriveP.O. Box 500Beaverton, OR 97077USA Web site www.tektronix.com Sales support 1-800-833-920...

Page 23 - Product Description; Installation; Models

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 1 Product Description This chapter describes the CSA7000 Series Communications Signal Analyzers,the TDS7000 Series Digital Phosphor Oscilloscopes, and the TDS6000 SeriesDigital Storage Oscilloscopes and their options. Fo...

Page 24 - Key Features; Option SM Serial Mask Testing and Option ST

Product Description 1- 2 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Key Features CSA7000 Series, TDS7000 Series, and TDS6000 Series instruments are highperformance solutions for verifying, debugging, and characterizing sophisticatedelectronic designs. The series fea...

Page 25 - Product Software; The instrument includes the following software:

Product Description CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 3 H Trigger modes include edge, logic, pulse, serial (CSA7000 Series, optionalon TDS7000 Series and TDS6000 Series, and not available on TDS7104 andTDS7054), communication (CSA7000 Series and optional...

Page 26 - Software Upgrade

Product Description 1- 4 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual H Support Software. Not preinstalled on the instrument. The compact discs,included with the instrument, contain additional software and files that maybe useful to you: H Readme file. This file conta...

Page 28 - Unpacking; The correct power cord for your geographical area.

Installation 1- 6 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Unpacking Verify that you have received all of the parts of your instrument. The graphicalpacking list shows the standard accessories that you should find in the shippingcarton (probes depend on the option...

Page 29 - Checking the Environment Requirements; instrument clear of obstructions for proper cooling.; Connecting Peripherals; Site Considerations

Installation CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 7 Checking the Environment Requirements Read this section before attempting any installation procedures. This sectiondescribes site considerations, power requirements, and ground connections foryour instrume...

Page 30 - Figure 1- 1: Locations of peripheral connectors on rear panel

Installation 1- 8 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual CAUTION. To avoid product damage, either power off the instrument or place the instrument in Standby power mode before installing any accessories except aUSB mouse or keyboard to the instrument connectors....

Page 31 - Powering On the Instrument; Follow these steps to power on the instrument for the first time.; power to the product.

Installation CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 9 Table 1- 1: Additional accessory connection information Item Description Monitor If you use a nonstandard monitor, you may need to change theWindows 2000 display settings to achieve the proper resolutionfo...

Page 32 - Shutting Down the Instrument; NOTE

Installation 1- 10 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Turn on the power. Connect thepower cord. Check the fuses. If needed, push the On/Standby switch to power on the instrument. 2 1 4 3 Rear panel Front panel Figure 1- 2: Powering on the instrument Shutting...

Page 33 - Creating an Emergency Startup Disk; Create this disk and store it in a safe place. It may allow you to; Backing Up User Files

Installation CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 11 Creating an Emergency Startup Disk Now that you have completed the basic installation process, you should create anemergency startup disk that you can use to restart your instrument in case of amajor hard...

Page 34 - Installing Software; GPIB Programmer Online Help Software.; Software Release Notes

Installation 1- 12 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 4. Use the backup tool that displays to select your backup media and to selectthe files and folders that you want to back up. Use the Windows online helpfor information on using the Backup tool. You can b...

Page 36 - Desktop Applications

Installation 1- 14 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual You can install desktop application software on the instrument. The instrumenthas been tested with the following software products installed: H Microsoft Office 2000 (including Word, Excel, Powerpoint, an...

Page 37 - Enabling Your LAN and Connecting to a Network; Figure 1- 3: Enabling your LAN and connecting to a network

Installation CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 15 Enabling Your LAN and Connecting to a Network You can connect the instrument to a network to enable printing, file sharing,internet access, and other communications functions. Before you make theconnectio...

Page 39 - Setting up a Dual Display

Installation CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 17 Setting up a Dual Display Use the following steps to set up the instrument for dual display operation. Youcan operate the instrument while having full use of Windows and other applica-tions on the externa...

Page 43 - Incoming Inspection; Assemble Equipment

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 21 Incoming Inspection This chapter contains instructions for performing the Incoming Inspection Procedure . This procedure verifies that the instrument is operating correctly after shipment, but does not check product s...

Page 44 - Self Tests; Verify that internal diagnostics pass:

Incoming Inspection 1- 22 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual H One TCA-BNC TekConnect adapter, or one TCA-SMA TekConnect adapterand one SMA male-to-BNC female adapter, such as Tektronix part number015-1018-xx Self Tests This procedure uses internal routines ...

Page 45 - Functional Tests

Incoming Inspection CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 23 e. Run the signal-path compensation routine: H From the Utilities menu, select Instrument Calibration . . . . This displays the instrument calibration control window. H If required because the inst...

Page 46 - Initialize the instrument:; Check Vertical Operation

Incoming Inspection 1- 24 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual NOTE . Do not make changes to the front-panel settings that are not called out in the procedures. Each verification procedure will require you to set the instrumentto certain default settings befor...

Page 47 - Figure 1- 7: Universal test hookup for functional tests - CH 1 shown

Incoming Inspection CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 25 NOTE. If a P7240 probe is not available, connect the probe compensation output to the channel input using a BNC cable and adapters. CSA7404, CSA7154, TDS7404, TDS7254, TDS7154, & TDS6404 Connec...

Page 48 - Set up the instrument:

Incoming Inspection 1- 26 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Channel buttons Figure 1- 8: Channel button location 5. Set up the instrument: H Push the front-panel AUTOSET button. This sets the horizontal and vertical scale and vertical offset for a usable di...

Page 50 - Check Horizontal

Incoming Inspection 1- 28 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Equipmentrequired One BNC cable CSA7404, CSA7154, TDS7404, TDS7254, TDS7154, TDS6604, &TDS6404: One TekConnect adapter Prerequisites None 1. Initialize the instrument: Push the front-panel DEFA...

Page 52 - Check Trigger Operation

Incoming Inspection 1- 30 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual d. Adjust the horizontal delay: Rotate the upper multipurpose knob to change the horizontal delay setting. Verify that the falling edge shiftshorizontally. Rotate the front-panel horizontal POSITIO...

Page 54 - Check File System

Incoming Inspection 1- 32 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 7. Verify that the delayed trigger system operates: a. Set up the delayed trigger: H From the Trig menu, select A → B Sequence . . . . This displays the A → B Sequence tab of the trigger setup cont...

Page 57 - Perform the Extended Diagnostics; Checking the Underlying

Incoming Inspection CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 35 Perform the Extended Diagnostics Extended diagnostics and self calibration perform a more detailed functionalitycheck than the incoming inspection and Power-on diagnostics. NOTE . Allow a 20-minute...

Page 59 - Options; The following options can be ordered for the instrument:

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 37 Accessories & Options This section lists the standard and optional accessories available for theinstrument, as well as the product options. Options The following options can be ordered for the instrument: Table 1-...

Page 61 - Accessories; The following accessories are shipped with the instrument:; Standard

Accessories & Options CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 39 Table 1- 4: Options (Cont.) Option TDS6404 TDS6604 TDS7054 TDS7104 TDS7154 TDS7254 TDS7404 CSA7404 CSA7154 Description Service offerings C3 Calibration services extended to cover three years ...

Page 63 - Optional

Accessories & Options CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 1- 41 Table 1- 5: Standard accessories (Cont.) Accessory Part number Probe Calibration and Deskew Fixture, with instructions CSA7404, CSA7154, TDS7404, TDS7254, TDS7154,TDS7104 TDS7054 & TDS640...

Page 67 - Operational Maps; System Overview Maps

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 2- 1 Operational Maps This chapter acquaints you with how the instrument functions and operates. Itconsists of several maps that describe the system, its operation, and its documen-tation: H Documentation Map, on page 2--2,...

Page 70 - Functional Model Map; Digital Signal Acquisition System.

2- 4 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual System Overview Maps The instrument is a highly capable waveform acquisition, test, and measurementsystem. The following model provides background information on its operation,which, in turn, may provide you insight on...

Page 71 - DSP Transformation System.

System Overview Maps CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 2- 5 H Trigger System. Recognizes a specific event of interest on the input trigger signal and informs the Timebase of the occurrence of the event. Alsoprovides recovered clock and data signals (optiona...

Page 72 - Process Overview Map

System Overview Maps 2- 6 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Process Overview Map Process Overview Process Block Description Idling. . . ResetAbortPower onPower downArm 1. The instrument starts in the idle state; it enters this stateupon power up, upon recei...

Page 73 - User Interface Map -- Complete Control and Display

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 2- 7 User Interface Map -- Complete Control and Display Menu Bar: Access to data I/O, printing, online help system, and instrument functions here Status Bar: Display of acquisition status, mode, and number of acquisitions; ...

Page 79 - Overview

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 1 Overview This chapter describes in depth how the many features of the instrument operate.Please note the following points on using this chapter: H Each section in this chapter provides background information needed too...

Page 85 - Acquiring Waveforms; Signal Connection and Conditioning:

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 7 Acquiring Waveforms Before you can do anything (display, print, measure, analyze, or otherwiseprocess) to a waveform, you must acquire the signal. This instrument comesequipped with the features that you need for captu...

Page 86 - Signal Connection and Conditioning; How to get a basic trigger on your waveform

Acquiring Waveforms 3- 8 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Acquisition system Input Display Storage Waveform transform system Horizontal time base Trigger Channel inputs Auxiliary trigger input NOTE . This section describes how the vertical and horizontal c...

Page 88 - Connecting and

Acquiring Waveforms 3- 10 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual H Set horizontal scale to control the size of the horizontal acquisition windowto capture as much as you want of the input signal(s). Set the horizontalposition to delay the window relative to a tr...

Page 91 - To Set Up Signal Input

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 13 Use the procedure that follows when setting up the instrument to scale andposition input signals for acquisition. For more information, display online helpwhile performing the procedure. Overview T...

Page 92 - Select input

Acquiring Waveforms 3- 14 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Related control elements and resources To set up signal input (Cont.) Select input termination TDS7104 and TDS7054 only: 4. Push an input termination button to toggle between1 M Ω and 50 Ω...

Page 93 - Set vertical

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 15 Overview Related control elements and resources To set up signal input (Cont.) Set vertical acquisition window 6. Use the vertical knobs to scale and position thewaveform on screen. Positioned vert...

Page 95 - Prerequisites; Execute; To Autoset the Instrument

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 17 Autoset automatically sets up the instrument controls ( acquisition, display, horizontal, trigger, and vertical) based on the characteristics of the input signal. Autoset is much faster and easier ...

Page 96 - Prompt; To Reset the Instrument

Acquiring Waveforms 3- 18 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Control elements and resources To autoset the instrument (Cont.) Prompt Done 4. Select User Preferences in the Utilities menu to displaythe Prompt Before Action window. Touch Autoset totog...

Page 97 - Access; To Get More Help

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 19 You can get help on the vertical and acquisition controls by accessing onlinehelp: Overview To get more help Control elements and resources Prerequisites 1. Instrument powered up and running. See P...

Page 104 - Setting Acquisition Controls

Acquiring Waveforms 3- 26 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Independent vs. Shared Window. The instrument applies the same horizontal acquisition window to all channels from which it acquires data. Unlike thevertical acquisition window that you size and off...

Page 106 - Using the Acquisition

Acquiring Waveforms 3- 28 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Consider the mode that you want to use to acquire data: H Sample. The instrument does no postprocessing of acquired samples. Theinstrument saves the first sample (of perhaps many) during each acqui...

Page 111 - Methods to Check and Eliminate Aliasing.

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 33 Global Controls. Like the horizontal controls, the acquisition controls apply to all active channels; for example, channel 1 cannot acquire in Sample mode whilechannel 2 acquires in Envelope mode. ...

Page 112 - To Set Acquisition Modes

Acquiring Waveforms 3- 34 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual H Turn on Waveform Database mode to capture more data. H Try adjusting the horizontal scale for proper waveform display. H Try pushing the AUTOSET button. H Try switching the acquisition to Envelop...

Page 114 - To select

Acquiring Waveforms 3- 36 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Control elements and resources To set acquisition modes (Cont.) To select real-time or equivalent- time sampling To select real-time sampling, interpolated real-time sampling,or equivalent...

Page 115 - To Start and Stop

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 37 Use the procedure that follows to start and stop acquisition. Overview To start and stop acquisition Control elements and resources Prerequisites 1. The horizontal and vertical controls must be set...

Page 116 - To Set Roll Mode

Acquiring Waveforms 3- 38 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual CSA7000 Series & TDS7000 Series: Use the procedure that follows to set uproll mode acquisitions. Overview To set Roll Mode Control elements and resources Prerequisites 1. The horizontal and ver...

Page 117 - To turn off roll; To disable roll; Acquisition Control Background; The acquisition hardware

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 39 Overview Control elements and resources To set Roll Mode (Cont.) To turn off roll mode acquisitions 5. Do the following step to stop acquisitions in roll mode: H If you are not in Single Sequence, ...

Page 118 - Acquisition Hardware

Acquiring Waveforms 3- 40 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Before a signal can be acquired, it must pass through the input channel where itis scaled and digitized. Each channel has a dedicated input amplifier and digitizeras shown in Figure 3--8; each chan...

Page 119 - Acquisition Modes

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 41 The instrument acquisition system can process the data as it is acquired,averaging or enveloping the waveform data to produce enhanced waveformrecords. Once the waveform record exists (enhanced or ...

Page 121 - Equivalent-Time Sampling

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 43 The instrument uses equivalent time sampling to extend its sample rate beyondits real-time maximum sampling rate, but only under two conditions: H You must have selected equivalent-time in the Acqu...

Page 123 - real; Interpolation

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 45 1st Acquisition cycle 3rd Acquisition cycle nth Acquisition cycle 2nd Acquisition cycle Record points Figure 3- 12: Equivalent-time sampling The type of equivalent-time sampling the instrument uses...

Page 124 - Interleaving

Acquiring Waveforms 3- 46 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Sin(x)/x interpolation. Sin(x)/x interpolation computes record points using a curve fit between the actual values acquired. It assumes all the interpolated points fallalong that curve. Sin(x)/x is ...

Page 125 - Using Fast Acquisition Mode

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 47 Using Fast Acquisition Mode CSA7000 Series & TDS7000 Series: This section describes how to use FastAcquisition mode and how it differs from normal acquisition mode. Fast acquisition mode reduce...

Page 126 - Using Fast Acquisitions

Acquiring Waveforms 3- 48 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Consider the mode that you want to use to acquire data: Automatic Selection. Fast Acquisitions automatically selects record length and sample rate to optimize the displayed image by optimizing live...

Page 128 - Figure 3- 14: Normal DSO and Fast Acquisition displays; To Turn Fast Acquisitions

Acquiring Waveforms 3- 50 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Fast Acquisition display Normal DSO display Figure 3- 14: Normal DSO and Fast Acquisition displays Use the procedure that follows to set up Fast Acquisitions mode. To Turn Fast Acquisitions On and ...

Page 130 - To set the

Acquiring Waveforms 3- 52 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Control elements and resources To turn Fast Acquisitions on and off (Cont.) To set the style 6. Touch the DISP button and select the Appearance tab. 7. Select between Vectors, Dots, or Int...

Page 131 - To adjust the; To select the

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 53 Overview Control elements and resources To turn Fast Acquisitions on and off (Cont.) To adjust the intensity 10. Rotate the INTENSITY knob to adjust the intensity ofdisplayed waveforms, or touch In...

Page 132 - To Set Display Format

Acquiring Waveforms 3- 54 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual The instrument displays waveforms in one of three formats: YT, XY, or XYZ.Use the procedure that follows to set the display format. Overview To set display format Control elements and resources To ...

Page 134 - Using FastFrame

Acquiring Waveforms 3- 56 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Using FastFrame CSA7000 Series & TDS7000 Series: FastFrame is an acquisition mode that letsyou capture many records in a larger record, and then view and measure eachrecord individually. FastFr...

Page 136 - To Set FastFrame Mode

Acquiring Waveforms 3- 58 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual H FastFrame reduces the time required before the trigger is rearmed, whilepreserving the individual subrecords, a detail lost in Fast Acquisitions whichwrites all acquired records to a single pixel...

Page 138 - Time Stamping Frames

Acquiring Waveforms 3- 60 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Use Time Stamps to display the absolute trigger time for a specific frame and therelative time between triggers of two specified frames. To start FastFrameTime Stamps, do the following steps: Overv...

Page 140 - To lock the

Acquiring Waveforms 3- 62 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Control elements and resources Time stamping frames (Cont.) To lock the reference position frames 10. Touch the Horiz button. Select the Acquisition tab fromthe Horiz/Acq control window. T...

Page 141 - Connecting Optical

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 63 O/E Converter CSA7000 Series: The O/E converter converts the optical signal to an electricalsignal for use in the instrument. Figure 3--18 on page 3--64 shows the input andoutput connectors. This s...

Page 142 - Front Panel Connectors; This output provides a 50; Attenuating Optical

Acquiring Waveforms 3- 64 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual To keep the optical input power to an appropriate level, it may be necessary toattenuate the optical signal. CAUTION. To avoid damaging the optical input, to maintain the levels within performance ...

Page 143 - Input Adapter

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 65 RECOVERED CLOCK. This output is synchronous with the incoming data signal. A sample of the input data is routed to the serial clock recovery circuit.Recovered clock is available when using either o...

Page 144 - Cleaning Optical

Acquiring Waveforms 3- 66 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Use the O/E-to-SMA adapter if you need to connect the Electrical Out of theoptical-to-electrical converter to input channels other than CH1, or if you need toconnect the output to other equipment. ...

Page 145 - Wavelength, Filter, and Bandwidth Selection; Optical Dark

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 67 3. Spray the clean compressed air on the connectors to remove any looseparticles or moisture. 4. Moisten a clean optical swab with isopropyl alcohol, and then lightly swabthe surfaces of the connec...

Page 146 - Optical Bandwidth; termination of; is the RMS of the voltage swing seen at

Acquiring Waveforms 3- 68 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Figure 3- 20: Vertical setup menu with optical controls First select Ch1 in the Waveform section of the menu. Then touch the Wave-length button that matches your system. You select the mask, bandwi...

Page 147 - ) is the RMS voltage swing response at a frequency approaching DC.

Acquiring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 69 For electrical bandwidths the reference of a system is commonly the response ofthe system to a sinusoidal frequency at or near DC. The point at which thesystem response is one half would therefore ...

Page 148 - Bandwidth for Unfiltered

Acquiring Waveforms 3- 70 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual The V(f) is the frequency at which the vertical swing is one half (0.5) the V(DC)not 0.707. The optical bandwidth therefore corresponds to the traditionalelectrical bandwidth of --6 dB. During test...

Page 149 - Triggering

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 71 Triggering To properly acquire data, that is, to use the instrument to sample a signal anddigitize it into a waveform record that you want to measure or otherwise process,you need to set up the trigger conditions. Thi...

Page 150 - Triggering Concepts; Figure 3- 21: Triggered versus untriggered displays

Triggering 3- 72 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Acquisition system Input Display Storage Wfm transform system Horizontal timebase Trigger Triggering Concepts Triggers determine when the instrument stops acquiring and displays a wave-form. They help creat...

Page 151 - The Trigger Event

Triggering CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 73 The trigger event establishes the time-zero point in the waveform record. Allpoints in the record are located in time with respect to that point. The instrumentcontinuously acquires and retains enough sampl...

Page 152 - Trigger Modes

Triggering 3- 74 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual H Advanced triggers are a collection of trigger types that are primarily usedwith digital signals to detect specific conditions. The glitch, runt, width,transition, and timeout types trigger on unique prope...

Page 153 - Figure 3- 22: Triggered versus untriggered displays; Trigger Holdoff

Triggering CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 75 Be aware that auto mode, when forcing triggers in the absence of validtriggering events, does not synchronize the waveform on the display. See the Automatic trigger mode part of Figure 3--22. Successive acq...

Page 154 - Trigger Coupling

Triggering 3- 76 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual CSA7404, CSA7154, TDS7404, TDS7254, TDS7154, TDS6000 Series:Random holdoff selects a new random holdoff time for each acquisition cycle.Random holdoff is only available when A only, Edge triggering is selec...

Page 155 - Figure 3- 24: Slope and level controls help define the trigger; Horizontal Position

Triggering CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 77 Horizontal position is adjustable and defines where on the waveform record thetrigger occurs. It lets you choose how much the instrument acquires before andafter the trigger event. The part of the record th...

Page 156 - Triggering from the Front Panel; Advanced Triggering; Delayed Trigger System

Triggering 3- 78 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual You can trigger with the A (Main) trigger system alone or you can combine theA (Main) trigger with the B (Delayed) trigger to trigger on sequential events.When using sequential triggering, the A trigger eve...

Page 160 - To Check Trigger Status

Triggering 3- 82 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual To see the state and setup of the triggering circuit, use the trigger status lights,readout, and screen. Overview To check trigger status Control elements and resources Trigger status from trigger sta- tus ...

Page 161 - Additional Trigger Parameters; Holdoff

Triggering CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 83 Overview Control elements and resources To check trigger status (Cont.) Trigger location and level from display 3. To see the trigger point and level on the waveformdisplay, check the graphic indicators Tri...

Page 167 - Figure 3- 25: Example advanced trigger readout

Triggering CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 89 You can check the advanced trigger status in the readout. The readout indicatesthe trigger type and then shows sources, levels, or any other parameters that areimportant for the particular trigger type. Fig...

Page 168 - not

Triggering 3- 90 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Transition Trigger. A transition (slew rate) trigger occurs when the trigger source detects a pulse edge that transitions (slews) between two amplitude levels at arate faster or slower than you specify. The...

Page 169 - A state trigger occurs when the logic inputs to the logic function

Triggering CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 91 Table 3- 5: Pattern and state logic Pattern State Definition 1, 2 AND Clocked AND If all the preconditions selected for the logic inputs 3 are TRUE, then the instrument triggers. NAND Clocked NAND If not al...

Page 172 - To Trigger on a Glitch

Triggering 3- 94 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual When you select the type Glitch, the instrument will trigger on a pulse narrower(or wider) in width than some specified time. To set up for glitch triggering, dothe following procedures. Overview To trigger...

Page 174 - To Trigger on a Runt Pulse

Triggering 3- 96 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual When you select the type Runt, the instrument will trigger on a short pulse thatcrosses one threshold but fails to cross a second threshold before recrossing thefirst. To set up for runt triggering, do the ...

Page 177 - Trigger Based on

Triggering CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 99 Overview Control elements and resources To trigger on a runt pulse (Cont.) To set mode and holdoff 8. Mode and holdoff can be set for all standard triggertypes. See To set holdoff on page 3 -- 84 and To sel...

Page 179 - To Trigger Based

Triggering CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 101 Overview Control elements and resources Trigger based on pulse width (Cont.) To set mode and holdoff 8. Mode and holdoff can be set for all standard triggertypes. See To set holdoff on page 3 -- 84 and To ...

Page 183 - Trigger on a Pattern

Triggering CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 105 Overview Control elements and resources Trigger based on pulse timeout (Cont.) Set the timer 5. To set the timeout timer, touch Timer and use themultipurpose knob or keyboard to set the time. Set the level...

Page 187 - To Trigger on a State

Triggering CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 109 When you select the type State, the instrument uses channel 4 as a clock andtriggers on a logic circuit made from the rest of the channels (page 3--91describes how state triggers work). To use state trigge...

Page 188 - Hold Time Violations

Triggering 3- 110 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Control elements and resources To trigger on a state (Cont.) Set trigger when 6. To choose to trigger when the logic condition is met(goes TRUE) or when the logic condition is not met(goes FALSE),...

Page 191 - Sequential Triggering

Triggering CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 113 Data (Ch1) transition occurs within 14.88 ns after the clock violating the hold time limit. The instrument recognizes the violation and triggers at the clock edge. Cursors measure the setup/hold violation ...

Page 192 - Using Sequential

Triggering 3- 114 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Read the following topics; they provide details that can help prevent false stepsin setting up to trigger on your waveforms. Trigger Sources. In most cases, it makes sense to set separate trigger sources f...

Page 196 - To Trigger on a Sequence

Triggering 3- 118 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Use the procedure that follows when setting up the instrument to trigger on asequence. For more information, display online help while performing theprocedure. Overview To trigger on a sequence Control ele...

Page 200 - Comm Triggering

Triggering 3- 122 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Comm Triggering The instrument can trigger on communication signals (optional on CSA7000Series & TDS6000 Series). For detailed information on using comm triggeringto trigger on your communications sign...

Page 201 - Displaying Waveforms; Using the Waveform Display

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 123 Displaying Waveforms This instrument includes a flexible, customizable display that you can control todisplay the waveforms that you acquire. This section presents the followingtopics: H Using the Waveform Display H ...

Page 202 - A grid marking the display area. When Zoom is on, the upper

Displaying Waveforms 3- 124 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Using the Waveform Display The waveform shown below is displayed as part of the User Interface (UI)application. The UI application takes up the entire screen of the instrument, andthe graticule t...

Page 203 - Using the Display

Displaying Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 125 (3) Horizontal-scale readout. For magnified and unmagnified waveforms. (4) Horizontal reference. A control that you can position to set the point aroundwhich channel waveforms expand and contract...

Page 204 - Operations on Waveforms.

Displaying Waveforms 3- 126 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Table 3- 6: Defining and displaying waveforms Waveform To define: To turn on: Channel: Ch1 -- Ch4 Channels are predefined Push the Vertical CH button to toggle the channel onor off. Reference: Re...

Page 205 - Operations on the Timebase.

Displaying Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 127 Table 3- 7: Operations performed based on the waveform type (Cont.) Control function Operating notes Waveform supports Ch Ref 1 Math Horizontal Scale Yes Yes Yes Waveforms are adjusted according ...

Page 207 - To Display Waveforms in

Displaying Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 129 Mouse and Touch Screen Operation. In general, anything that you can do with the mouse, you can do by touching the screen, if the touch screen is on. You canselect or change all menus and buttons ...

Page 209 - the timebase; Explore the; Setting MultiView Zoom Controls

Displaying Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 131 Overview Related control elements and resources To display waveforms in the main graticule (Cont.) Quick-adjust the timebase (zoom) 8. To quickly rescale a portion of a channel waveform sothat it...

Page 210 - Using with Waveforms

Displaying Waveforms 3- 132 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual To help you use MultiView Zoom effectively, consider how it operates onwaveforms. When in zoom mode, the instrument vertically expands or contractsone waveform at a time unless zoom lock is on. A...

Page 211 - Select zoom

Displaying Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 133 Overview Control elements and resources To zoom waveforms (Cont.) Select zoom 2. You can select zoom in two ways: H To zoom a waveform, touch and drag across thesegment of the waveform that you w...

Page 212 - Zoom a

Displaying Waveforms 3- 134 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Control elements and resources To zoom waveforms (Cont.) Zoom a waveform 3. To zoom a waveform, start by using one of two methodsto select the axis that you want to adjust: H Push the HO...

Page 213 - Set up

Displaying Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 135 Overview Control elements and resources To zoom waveforms (Cont.) Set up MultiView Zoom 6. To display the Zoom setup window, touch Setup in thecontrols window. Select the tab for the zoomedwavefo...

Page 214 - Checking the

Displaying Waveforms 3- 136 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Control elements and resources To zoom waveforms (Cont.) Checking the zoom factor and position 9. To quickly determine the zoom factor and position of azoomed waveform, check the readout...

Page 216 - Customizing the Display; Table 3--8 lists display attributes that you can set and where; Using Display Controls

Displaying Waveforms 3- 138 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Customizing the Display Use the display customizing features this instrument provides to present thedisplay elements — color, graticule style, waveform representation, and so on —according to you...

Page 218 - Normal and Persistence Displays.

Displaying Waveforms 3- 140 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Table 3- 8: Customizable display elements (Cont.) Display attribute Options Access Menu name 1 Entry Display format Display Appearance CSA7000 Series & TDS7000 Series:Choose YT XY or XYZ disp...

Page 219 - Set Display Styles

Displaying Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 141 Persistence style is only available for live waveforms (waveforms with data thatis being updated); reference waveforms are static and do not use persistence.Math waveforms use persistence if thei...

Page 222 - Customize Graticule and

Displaying Waveforms 3- 144 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Use the procedure that follows to become familiar with the display adjustmentsthat you can make. Overview Customizations you can make Related control elements and resources Prerequisites 1. Displ...

Page 225 - Measuring Waveforms; Taking Automatic Measurements,

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 147 Measuring Waveforms The instrument comes equipped with cursors and automatic measurements toassist you in analyzing your waveforms. This section describes these tools andhow you use them: H Taking Automatic Measureme...

Page 226 - Taking Automatic Measurements; Some features of automatic measurements follow.

Measuring Waveforms 3- 148 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Readouts Graticule Cursors Measurementreadouts Cursorreadouts Figure 3- 33: Graticule, Cursor, and Automatic measurements Taking Automatic Measurements The instrument automatically takes and displ...

Page 228 - Using Automatic

Measuring Waveforms 3- 150 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Measure Part of a Waveform. You can feed the entire waveform to a measurement or limit the measurement to a segment of the waveform. By default, theinstrument takes each automatic measurement over...

Page 231 - Select the; To Take Automatic

Measuring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 153 The High and Low levels from which the reference levels are calculated are thelevels established using the selected Hi/Low method described on page 3--151. Use the procedure that follows to quickl...

Page 232 - Take; Remove

Measuring Waveforms 3- 154 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Related control elements and resources To take automatic measurements (Cont.) Take automatic measurements 4. From the Measurement setup control window, select theAmpl, Time, More, Histog,...

Page 233 - Display; Annotate

Measuring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 155 Overview Related control elements and resources To take automatic measurements (Cont.) Display measurement statistics 9. From the Measurements setup control window, touchSetup Statistics. 10. From...

Page 235 - Set

Measuring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 157 Overview Related control elements and resources To take automatic measurements (Cont.) Set measurement reference levels (Cont.) 18. To select how the instrument determines the base andtop of the w...

Page 236 - Take a; For further

Measuring Waveforms 3- 158 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Related control elements and resources To take automatic measurements (Cont.) Take a snapshot of measurements 21. From the Measurement setup control window, touch theSnapshot button (Comm...

Page 237 - Access gating; To Localize a

Measuring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 159 Use the procedure that follows to take a measurement over a segment of thewaveform (otherwise, the entire waveform is included in the measurement). Overview To gate a measurement Related control e...

Page 238 - Enable and; Taking Cursor Measurements

Measuring Waveforms 3- 160 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Related control elements and resources To gate a measurement (Cont.) Enable and position the gates 3. To select how to control the gated area, touchMeasurement Gating Cursor, Zoom 1, Zoom...

Page 240 - Using Cursors

Measuring Waveforms 3- 162 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Cursor operation is easy, you move the cursors on screen and read the results in thecursor readouts. The following key points will help you use the cursors effectively: Cursor Types. The cursor ty...

Page 242 - Cursor Units Depend on Sources.

Measuring Waveforms 3- 164 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual First point in record Delay Trigger point of cursor source Horizontal divisions × sec/div + Cursor Cursor readout (tn) = Horizontal reference = 0% Figure 3- 38: Components determining Time cursor ...

Page 243 - You can change cursor position using the position controls; To Set the Cursor Sources

Measuring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 165 Table 3- 10: Cursor units Cursors Standard units 1 Readout names Horizontal volts, watts V1, V2, ∆ V Vertical seconds, bits T1, Τ2, ∆ T, F1, F2, ∆ F Waveform, Screen volts, watts, seconds, bits V1...

Page 246 - Taking Histograms; Figure 3- 39: Horizontal histogram view and measurement data

Measuring Waveforms 3- 168 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Taking Histograms The instrument can display histograms constructed from the selected waveformdata. You can display both vertical (voltage) and horizontal (time) histograms,but only one at a time....

Page 247 - Open histogram; Using Histograms

Measuring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 169 A histogram source can be any waveform (channel or math), including areference waveform. In addition to using limit controls to set histogram box boundaries, you can alsouse standard Windows drag-...

Page 248 - reset histogram; Set histogram

Measuring Waveforms 3- 170 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Related control elements and resources To start and reset histogram counting (Cont.) Set, display, and reset histogram source and type 3. Select either the Source Ch, Math, or Ref tab and...

Page 249 - Optimizing Measurement Accuracy; Histogram

Measuring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 171 Overview Related control elements and resources To start and reset histogram counting (Cont.) Set histogram limit controls 9. Touch Adjust Histogram Box Limits, and use the TopLimit, Bottom Limit,...

Page 250 - To Compensate the

Measuring Waveforms 3- 172 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual To compensate the instrument so that it can take accurate measurements based onthe ambient temperature, use the procedure that follows. Overview To compensate the instrument Related control elemen...

Page 251 - To Connect the Probe

Measuring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 173 Overview Related control elements and resources To compensate the instrument (Cont.) For further assistance 6. Touch the Help button to access the online assistance. See page 3--283 to learn about...

Page 252 - Connect the

Measuring Waveforms 3- 174 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Related control elements and resources To connect the probe calibration fixture (Cont.) Connect the fixture 2. Connect the instrument PROBE COMPENSATIONoutput to either the A or B input u...

Page 256 - Optimize gain

Measuring Waveforms 3- 178 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Related control elements and resources To calibrate probes (Cont.) Optimize gain and offset accuracy 2. Connect the fixture to the instrument (see To Connect the Probe Calibration Fixture...

Page 257 - Check the

Measuring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 179 Overview Related control elements and resources To calibrate probes (Cont.) Check the calibration status 11. From the toolbar, touch the VERT button to display the instrument Vertical setup contro...

Page 258 - Low frequency; To Compensate Passive

Measuring Waveforms 3- 180 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual To compensate passive probes to ensure maximum distortion-free input to theinstrument and to avoid high frequency amplitude errors, use the procedure thatfollows. Overview To compensate passive pr...

Page 259 - To Deskew Channels

Measuring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 181 Overview Related control elements and resources To compensate passive probes (Cont.) For further assistance 8. Touch the Help button to access the online assistance. See page 3--283 to learn about...

Page 261 - Compensate

Measuring Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 183 Overview Related control elements and resources To deskew channels (Cont.) Compensate probe timing (deskew) (Cont.) 12. Touch Deskew Time and use the multipurpose knobs or keypad to adjust the des...

Page 262 - Serial Mask Testing

Measuring Waveforms 3- 184 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Serial Mask Testing The instrument provides a portfolio of masks (optional on the TDS7000 Series &TDS6000 Series) for verifying compliance to optical and electrical standards.You can verify ci...

Page 263 - Creating and Using Math Waveforms

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 185 Creating and Using Math Waveforms Once you have acquired waveforms or taken measurements on waveforms, theinstrument can mathematically combine them to create a waveform that supportsyour data-analysis task. For exam...

Page 264 - Defining Math Waveforms; Figure 3- 42: Functional transformation of an acquired waveform

Creating and Using Math Waveforms 3- 186 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Normal waveform of an impulse response FFT waveform of the magnitude response FFT waveform of the phase response Figure 3- 41: Spectral analysis of an impulse Defining Math Waveforms...

Page 265 - Using Math

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 187 You create math waveforms to support the analysis of your channel and referencewaveforms. By combining and transforming source waveforms and other datainto math waveforms, you can de...

Page 272 - To Define a Math

Creating and Using Math Waveforms 3- 194 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Use the procedure that follows when defining a math waveform. Remember, youshould first ensure that the sources you use exist. Acquisitions should be runningor the channels should al...

Page 273 - a math

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 195 Overview Related control elements and resources To define a math waveform (Cont.) To define/edit a math expression 5. Use the control window at right to define a mathexpression. See ...

Page 274 - Apply

Creating and Using Math Waveforms 3- 196 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Related control elements and resources To define a math waveform (Cont.) Apply averaging 10. Touch Avgs to display the Math Averaging controlwindow. The controls in the wind...

Page 275 - Operations on Math Waveforms; Source Dependencies; Using Math Waveforms

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 197 Operations on Math Waveforms This instrument supports many of the same operations for math waveforms thatit provides for channel (live) and reference waveforms. For example, you canm...

Page 276 - Select and; To Use Math Waveforms

Creating and Using Math Waveforms 3- 198 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual The procedure that follows demonstrates some common operations that you canperform on math waveforms: Overview To use math waveforms Related control elements and resources Prerequisi...

Page 277 - Set scale and

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 199 Overview Related control elements and resources To use math waveforms (Cont.) Set scale and position 4. Touch Position or Scale and use the multipurpose knobsor keypad to size and po...

Page 279 - Take cursor

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 201 Overview Related control elements and resources To use math waveforms (Cont.) Take cursor measurements You can also use cursors to measure math waveforms. Usethe same procedures foun...

Page 280 - Defining Spectral Math Waveforms; Frequency Domain Controls:

Creating and Using Math Waveforms 3- 202 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Defining Spectral Math Waveforms The math capabilities of the instrument include spectrum analysis of a wave-form. This section describes a spectral analyzer that allows you to contr...

Page 281 - Using Spectral Math

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 203 H Phase Versus Frequency: You can display phase data as a function of frequency in radians or degrees. You can zero the noise phase for magnitudesbelow a threshold level. Finally, yo...

Page 288 - Using the magnitude controls.

Creating and Using Math Waveforms 3- 210 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Using the magnitude controls. Vertical units can be either linear or logarithmic. You can select these choices by touching the Math menu button. Then touch theSpectral Analysis Setup...

Page 292 - Using windows to filter.

Creating and Using Math Waveforms 3- 214 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual H Group Delay. When the phase spectrum is a continuous function offrequency, group delay may be computed. This is true of impulse responsetesting where an impulse is fed into the sys...

Page 293 - Figure 3- 51: Windowing the time domain record

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 215 In the time domain a window is a bell-shaped function equal in length to the gateduration. For most windows this function tapers to zero at both ends of the gateregion. Before comput...

Page 297 - Figure 3- 53: Time and frequency graphs for the Gaussian window

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 219 H Gaussian Window. This is the default window function (see Figure 3--53). Itis unique in that the time-domain shape of an exponential Gaussian functiontransforms into a Gaussian exp...

Page 299 - Figure 3- 55: Time and frequency graphs of the Hamming window

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 221 H Hamming Window. This window is unique in that the time domain shapedoes not taper all the way to zero at the ends (see Figure 3--55). This makesit a good choice if you wanted to pr...

Page 300 - Figure 3- 56: Time and frequency graphs for the Hanning window

Creating and Using Math Waveforms 3- 222 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual H Hanning, Kaiser--Bessel, and Blackman--Harris Windows. These windowshave various resolution bandwidths and scallop losses (see figures 3--56,3--57, and 3--58). Choose the one that ...

Page 301 - Figure 3- 57: Time and frequency graphs for the Kaiser-Bessel window

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 223 1 0 Amplitude Time -- 67 dB side lobe 0 -- 80 dB Frequency bins -- 40 Figure 3- 57: Time and frequency graphs for the Kaiser-Bessel window

Page 305 - Recognizing Aliasing

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 227 Effects of trigger jitter. The instrument acquisition system has a sample clock that is asynchronous with respect to the input signal. This means that from oneacquisition to the next...

Page 306 - Figure 3- 61: How aliased frequencies appear in a spectral waveform

Creating and Using Math Waveforms 3- 228 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Set the sample rate high enough so that the signals in the spectrum appear attheir correct frequency as opposed to a lower aliased frequency value. Also,complex signal shapes that ha...

Page 308 - To Select a Predefined

Creating and Using Math Waveforms 3- 230 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Use the procedure that follows to select a predefined spectral math waveform.Remember, a channel source should be acquiring or have acquired data. Thissource does not have to be disp...

Page 309 - To Define a Spectral Math

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 231 Use the procedure that follows when defining a spectral math waveform.Remember, you should first ensure that the sources you use exist. Channelsources should be acquiring or have acq...

Page 317 - Spectral Math Example

Creating and Using Math Waveforms CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 239 Overview Related control elements and resources To define a spectral math waveform (Cont.) For further assistance 34. Touch the Help button in the toolbar to accesscontext-sensitive ...

Page 323 - Saving and Recalling a Setup; Export a setup for sharing with a second instrument.

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 245 Data Input/Output This section describes the input and output capabilities of your instrument.Specifically, it covers: H Saving and Recalling a Setup on page 3--245 H Saving and Recalling Waveforms on page 3--253 H E...

Page 325 - File Name

Data Input/Output CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 247 Avoiding Setup/Waveform Mismatches. Saved setups may contain settings inappropriate for waveforms currently in your instrument. For example, if yousave a setup that displays a math waveform that is ...

Page 326 - ext; To Save Your Setup

Data Input/Output 3- 248 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual If Count reaches 999, it is suggested that you change the base file name toBasefilename1 (for example, Risetime1) on the next save. Your next file willthen be saved as Risetime1000. ext . Use the pr...

Page 329 - Find the; To Recall Your Setup

Data Input/Output CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 251 Use the procedure that follows to recall a setup to the instrument. Remember thatrecalling a setup replaces the existing setup, which is lost. Overview To recall your setup Control elements and reso...

Page 331 - Saving and Recalling Waveforms; You cannot recall a waveform

Data Input/Output CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 253 Saving and Recalling Waveforms This instrument can save any number of waveforms, limited only by the spaceyou have to store them. By saving a waveform, you can recall it at a later time for comparis...

Page 332 - To Save Your Waveform

Data Input/Output 3- 254 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Use the procedure that follows to save a waveform or waveforms to a referencelocation, the instrument hard disk, CD-RW disk, a floppy disk, or third partystorage device. Overview To save a waveform ...

Page 335 - To Recall Your Waveform

Data Input/Output CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 257 Overview Control elements and resources To save a waveform (Cont.) Save your waveform 10. Click the Save button to save the waveform file orreference. To cancel without saving, click the Cancelbutto...

Page 338 - To Clear References

Data Input/Output 3- 260 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual You can clear individual references of data or delete waveform files. If you aresure you do not want the data a reference waveform contains, use the proceduresthat follow to clear it. To clear all r...

Page 340 - Exporting and Copying Waveforms; To Save Your

Data Input/Output 3- 262 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Exporting and Copying Waveforms This instrument also supports export of waveform data to a file. The instrumentcan export waveforms, images, and measurements in several formats. You canalso copy wav...

Page 341 - To Export Your Waveform

Data Input/Output CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 263 H MathCad creates files (.DAT) in a format usable by MathCad. Note that the MathCad file is an ASCII file, the first four values of whichcontain header information: H The first header value holds th...

Page 349 - To Use an

Data Input/Output CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 271 How you use the exported waveform depends on your application. The followingexample is a simple application; the procedure is general and may requireadapting for your spreadsheet or other data-analy...

Page 350 - Finish the

Data Input/Output 3- 272 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Control elements and resources To use exported waveforms (Cont.) Begin your chart 5. Click on the row or column number to select the entirerow or column containing your imported waveformval...

Page 351 - Use the procedure that follows to copy a waveform to the clipboard.; To Copy Your Waveform

Data Input/Output CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 273 Overview Control elements and resources To use exported waveforms (Cont.) For further assistance 9. For more help on exporting waveforms, touch theHelp button in the window to access contextual onli...

Page 355 - Printing Waveforms; To Print from Front Panel

Data Input/Output CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 277 Printing Waveforms You can print the display screen, including any waveforms displayed. Before youcan print, you must install and set up your printer. Consult the instructions thatcome with your pri...

Page 356 - To Set Up the Page

Data Input/Output 3- 278 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual To set the format of the printed page, from the application menu bar select theFile menu, and then select Page Setup. The instrument displays the Page Setupwindow shown in Figure 3--65. H Paper: sel...

Page 357 - To Preview the Page

Data Input/Output CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 279 Figure 3- 65: Page setup window To preview your printout, from the application menu bar select the File menu,and then select Print Preview. The instrument displays the standard MSWindows 2000 Print ...

Page 358 - To Print Using

Data Input/Output 3- 280 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Figure 3- 66: Print preview window Pressing the Windows Print Screen key copies the currently displayed bitmap tothe clipboard. This bitmap does not include the instrument waveforms orgraticule. The...

Page 359 - Hardcopies

Data Input/Output CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 281 You can display the current date and time on screen so that they appear onhardcopies that you print. To date and time stamp your hardcopy, do thefollowing steps: Overview To date/time stamp hardcopi...

Page 360 - Remote Communication; ing to a Network

Data Input/Output 3- 282 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Remote Communication Remote communication is performed through the GPIB interface. Consult theonline Programmer Guide for help with establishing remote communication andcontrol of the instrument. To...

Page 361 - Accessing Online Help; This instrument provides the following help resources online:

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 283 Accessing Online Help This manual represents only part of the user assistance available to you — theonline help system, integrated as part of the instrument user interface, providesquick-to-access support for operati...

Page 362 - How to Use Online Help; contextual

Accessing Online Help 3- 284 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual How to Use Online Help Use the procedure steps that follow to access contextual help and to learn how tosearch the help system for more information. Overview To use online help Control elements ...

Page 364 - To dig deeper

Accessing Online Help 3- 286 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Overview Control elements and resources To use online help (Cont.) To dig deeper 4. You can search for help using the usual methodsavailable for help on a PC: From the menu bar, selectHelp, and ...

Page 365 - To enable

Accessing Online Help CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual 3- 287 Overview Control elements and resources To use online help (Cont.) To enable full-text search 7. If you cannot find the information in the Contents orIndex tabs of the online finder, you may wan...

Page 367 - symbol

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual A- 1 Appendix A: Specifications This chapter contains the specifications for the CSA7000 Series Communica-tions Signal Analyzers, the TDS7000 series Digital Phosphor Oscilloscopes, andTDS6000 Series Digital Storage Oscillos...

Page 368 - Product and Feature Description; Ensure accurate timing measurements with separate digitizers; Acquisition Features

Appendix A: Specifications A- 2 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Product and Feature Description Your instrument is shown in Table A--1. Table A- 1: Instrument models Model Number ofchannels Bandwidth Maximum samplerate (real time) CSA7404 4 4 GHz 20 GS/s ...

Page 370 - Measurement Features

Appendix A: Specifications A- 4 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Digital Phosphor. CSA7000 Series & TDS7000 Series only: The instrument can clearly display intensity modulation in your signals. The instrument automati-cally overlays subsequent acquisit...

Page 371 - Convenience Features

Appendix A: Specifications CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual A- 5 Serial Triggers. Optional on TDS7000 Series & TDS6000 Series, not available on TDS7104 and TDS7054. Use serial triggers to trigger on serial pattern data. Recovered Clock and Data Trigger...

Page 372 - Specification Tables; Table A- 2: Channel input and vertical specifications

Appendix A: Specifications A- 6 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Data Storage and I/O. The instrument has a removeable hard disk drive, a CD-RW, and a floppy disk drive that can be used for storage and retrieval ofdata. The instrument has GPIB, USB, Centro...

Page 404 - Table A- 11: Environmental specifications

Appendix A: Specifications A- 38 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Table A- 10: Mechanical specifications (Cont.) Characteristic Description Dimensions Benchtop configuration With front cover Without front cover 278 mm (10.95 in) height330 mm (13 in) with f...

Page 405 - Table A- 12: Certifications and compliances

Appendix A: Specifications CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual A- 39 Table A- 11: Environmental specifications (Cont.) Characteristic Description Humidity, operating 20% to 80% relative humidity with a maximum wet bulb temperature of +29 ° C (+84 ° F) at or b...

Page 409 - Appendix B: Automatic Measurements Supported; Table B- 1: Supported measurements and their definition

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual B- 1 Appendix B: Automatic Measurements Supported This appendix provides a list of all supported measurements and their defini-tions. An illustration showing the levels used to take measurements is alsoincluded. Table B- 1:...

Page 413 - Levels Used in Taking Amplitude, Timing, and Area Measurements; Figure B- 1: Levels used to determine measurements

Appendix B: Automatic Measurements Supported CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual B- 5 Table B- 1: Mask measurements and their definition (optional on TDS7000 Series & TDS6000 Series) (Cont.) Name Definition S/N Ratio Ratio of the signal amplitude to the n...

Page 415 - P Values

Appendix B: Automatic Measurements Supported CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual B- 7 TCross 1 TCross 2 PBase PTop PCross 1 PCross 2 Eye Aperture Figure B- 2: Eye-diagram and optical values The P values include the mean and standard deviation of the vertical ...

Page 416 - T1 Values

Appendix B: Automatic Measurements Supported B- 8 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual The T1 values are vertical and horizontal values associated with the leftmostcrossing point. These areas are used to establish the following directions: H TCross1 mean , the...

Page 417 - Measurements Annotations; Table B- 2: Supported measurements and their definition

Appendix B: Automatic Measurements Supported CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual B- 9 Measurements Annotations Table B--2 describes the annotations for each measurement. Table B- 2: Supported measurements and their definition Measurements Annotation descripti...

Page 423 - Appendix C: Menu Bar Commands; File Commands

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual C- 1 Appendix C: Menu Bar Commands Both the instrument menu bar and a toolbar allow you to control instrumentoperation. Where possible, this manual describes operation using first, the frontpanel and then, the toolbar. This...

Page 425 - Edit Commands

Appendix C: Menu Bar Commands CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual C- 3 Edit Commands Table C--2 lists the commands available from the Edit menu on the menu bar. Table C- 2: Edit menu commands Menu Submenu Function Undo Last Autoset Undoes the last autoset Cop...

Page 426 - Vertical Commands; Table C--3 lists the commands available from the Vertical menu.

Appendix C: Menu Bar Commands C- 4 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Vertical Commands Table C--3 lists the commands available from the Vertical menu. Table C- 3: Vertical menu commands Menu Submenu Function Vertical Setup Displays the Vertical Setup window...

Page 427 - Horizontal and Acquisition Commands

Appendix C: Menu Bar Commands CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual C- 5 Table C- 3: Vertical menu commands (Cont.) Menu Function Submenu Zoom Setup Displays the Zoom Setup window you use to set up the horizontal and verticalzoom controls Zoom Graticule Size 50...

Page 429 - Trigger Commands

Appendix C: Menu Bar Commands CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual C- 7 Table C- 4: Horiz/Acq menu commands (Cont.) Menu Function Submenu Zoom Graticule Size 50/50% 80%/20% 100% Size Sets the zoom graticule split mode to 50/50% Sets the zoom graticule split mo...

Page 431 - Display Commands; Table C--6 lists the commands available from the Display menu.

Appendix C: Menu Bar Commands CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual C- 9 Display Commands Table C--6 lists the commands available from the Display menu. Table C- 6: Display menu commands Menu Submenu Function Display Setup Displays the Display Setup window (sel...

Page 433 - Cursors Commands; Table C--7 lists the commands available from the Cursors menu.; Measure Commands; Table C--8 lists the commands available from the Measure menu.

Appendix C: Menu Bar Commands CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual C- 11 Cursors Commands Table C--7 lists the commands available from the Cursors menu. Table C- 7: Cursor menu commands Menu Submenu Function Cursor Controls Displays the Cursor Controls window ...

Page 435 - Masks Commands

Appendix C: Menu Bar Commands CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual C- 13 Table C- 8: Measure menu commands (Cont.) Menu Function Submenu Histogram Measure-ments Waveform Count, Hits inBox, Peak Hits, Median,Maximum, Minimum,Peak to Peak, Mean,Standard Deviatio...

Page 436 - Math Commands

Appendix C: Menu Bar Commands C- 14 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Table C- 9: Masks menu commands (Cont.) Menu Function Submenu Mask On Toggles the mask on or off Mask Controls Displays the Mask control window that you use to control mask pass/fail test...

Page 437 - Utilities Commands; Table C--11 lists the commands available from the Utilities menu.

Appendix C: Menu Bar Commands CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual C- 15 Table C- 10: Math menu commands (Cont.) Menu Function Submenu Phase Spectrum Creates a predefined phase spectral math waveform Spectral Controls Displays the Spectral Math controls window...

Page 438 - Help Commands

Appendix C: Menu Bar Commands C- 16 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Table C- 11: Utilities menu commands (Cont.) Menu Function Submenu Deassign MultipurposeKnobs Deassigns the multipurpose knobs from their current function User Preferences Displays a wind...

Page 439 - cleaning, use only enough liquid to dampen the cloth or applicator.; Exterior Cleaning

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual D- 1 Appendix D: Cleaning Use these procedures to clean your instrument. If additional cleaning is required,have your instrument serviced by qualified service personnel. CAUTION. To prevent getting moisture inside the instr...

Page 440 - Flat Panel Display Cleaning; Improper cleaning agents or methods can damage the flat panel

Appendix D: Cleaning D- 2 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Flat Panel Display Cleaning The display is soft plastic and must be treated with care during cleaning. CAUTION. Improper cleaning agents or methods can damage the flat panel display. Do not use abr...

Page 441 - Glossary; The closeness of the indicated value to the true value.

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Glossary- 1 Glossary AC coupling A type of signal transmission that blocks the DC component of a signal butuses the dynamic (AC) component. Accuracy The closeness of the indicated value to the true value. Acquisition The pr...

Page 452 - MidRef

Glossary Glossary- 12 CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Persistence The amount of time a data point remains displayed. There are threepersistence modes available in the instrument Variable, Infinite, and Off. Phase A timing measurement between two waveforms...

Page 459 - Index; Symbols

CSA7000 Series, TDS7000 Series, & TDS6000 Series Instruments User Manual Index- 1 Index Symbols <, A Trigger control window, 3-- 95>, A Trigger control window, 3-- 95 Numbers 1 recent setup file 1, C-- 2100%, Zoom, C-- 550/50%, Zoom, C-- 580/20%, Zoom, C-- 5 A A event (main) trigger setup,...

Tektronix TDS7104 - Manual

Table of Contents:

Summary

Other Tektronix Models