Tektronix TDS 744A - Manual

Tektronix TDS 744A

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Table of Contents:

  • Page 3 – WARRANTY
  • Page 4 – Certificate of the Manufacturer/Importer; Bescheinigung des Herstellers/Importeurs; TEKTRONIX; German Postal Information
  • Page 5 – EC Declaration of Conformity
  • Page 7 – Table of Contents; Getting Started
  • Page 8 – ii; Appendices
  • Page 9 – iii; List of Figures
  • Page 10 – iv
  • Page 13 – vii; List of Tables
  • Page 14 – viii
  • Page 15 – ix; General Safety Summary; Only qualified personnel should perform service procedures.; Injury Precautions
  • Page 16 – Safety Terms and Symbols; These terms may appear in this manual:
  • Page 17 – xi; The following symbols may appear on the product:; Certifications and Compliances; Symbols on the Product
  • Page 18 – xii
  • Page 19 – xiii; Preface; Related Manuals
  • Page 20 – xiv; Conventions; ) marks each transition between a; Press the front panel button VERTICAL MENU.; Default Model
  • Page 22 – Product Description; Table 1–1: Key Features of the TDS Oscilloscopes; Feature
  • Page 23 – Product Specification
  • Page 24 – Start Up; Preparation; volts or with; Signal Path Compensation
  • Page 25 – Putting into Service; before checking the fuse.; Figure 1–1: Rear Panel Controls Used in Start Up; Installation
  • Page 26 – Table 1–2: Fuse and Fuse Cap Part Numbers; Fuse; To power on the oscilloscope, do the following steps:; Front Cover Removal
  • Page 27 – Self Test
  • Page 28 – Operating Basics
  • Page 29 – Overview
  • Page 31 – Operating Interface Maps; Front Panel Map — Left Side
  • Page 32 – Front Panel Map — Right Side
  • Page 33 – Rear Panel Map
  • Page 34 – Display Map
  • Page 35 – To Operate a Menu
  • Page 36 – To Operate a Pop-Up Menu
  • Page 37 – Tutorial; Setting Up for the Examples; Figure 2–1: Connecting a Probe for the Examples (P6245 shown); Connect the Input Signal
  • Page 38 – Figure 2–2: SETUP Button Location; Figure 2–3: The Setup Menu; Reset the Oscilloscope
  • Page 39 – Recall; triggers on the input signal.; Figure 2–4: Trigger Controls; Examine the Display
  • Page 40 – Figure 2–5: The Display After Factory Initialization
  • Page 41 – Example 1: Displaying a Waveform; Turn the vertical SCALE knob clockwise. Observe the change in the; s/div now, and you should see two complete waveform cycles on the; Adjust the Waveform
  • Page 42 – Figure 2–7: TRIGGER Controls; Figure 2–8: AUTOSET Button Location; Autoset the Oscilloscope
  • Page 43 – Figure 2–9: The Display After Pressing Autoset; NOTE; Figure 2–10: Display Signals Requiring Probe Compensation; Example 2: Displaying Multiple Waveforms
  • Page 44 – Figure 2–11: The Channel Buttons and Lights; on page 2–9 under the heading Setting Up for the Examples.; OK Confirm Factory; Add a Waveform
  • Page 45 – Turn the vertical POSITION knob clockwise to move the channel 2; Figure 2–12: The Vertical Main Menu and Coupling Side Menu
  • Page 46 – Figure 2–13: The Menus After Changing Channels; Assign Controls to
  • Page 47 – Press WAVEFORM OFF again to remove the channel 1 waveform.; Example 3: Taking Automated Measurements; Display Measurements
  • Page 48 – Figure 2–14: Measure Main Menu and Select Measurement Side Menu; Remove Measurement
  • Page 49 – Figure 2–15: Four Simultaneous Measurement Readouts; Change the Measurement
  • Page 50 – Figure 2–16: General Purpose Knob Indicators; Any time the general purpose knob is set to adjust a
  • Page 51 – Figure 2–17: Snapshot of Channel 1; Displaying a Snapshot of
  • Page 52 – Example 4: Saving Setups; Setup locations in the side menu appear with the label user if they; Save a Setup
  • Page 53 – Positive Width (side) to add that measurement to the; Recall a Setup
  • Page 55 – Reference
  • Page 56 – Acquiring and Displaying
  • Page 58 – Acquiring and Displaying Waveforms; How to couple waveforms to the oscilloscope channels; Coupling Waveforms to the Oscilloscope; Press VERTICAL MENU; To Compensate
  • Page 59 – Figure 3–1: How Probe Compensation Affects Signals; toggle the side menu selection; TDS 700A models only: Press SHIFT ACQUIRE MENU; display. Figure 3–2 shows where the adjustment is located.
  • Page 60 – Setting up Automatically: Autoset and Reset; Input Impedance
  • Page 61 – Table 3–1: Autoset Defaults; Control; To Autoset the
  • Page 62 – oscilloscope triggers on the input signal.; Selecting Channels
  • Page 63 – Figure 3–3: The Channel Readout; To Identify the
  • Page 64 – Figure 3–4: Waveform Selection Priority; Scaling and Positioning Waveforms; Waveform Priority
  • Page 65 – Figure 3–5: Scaling and Positioning; To Check the
  • Page 66 – Figure 3–6: Vertical Readouts and Channel Menu
  • Page 67 – DC coupling shows both the AC and DC components of an input signal.; MENU; To Change
  • Page 68 – To adjust offset, press VERTICAL MENU; Figure 3–7: Record View and Time Base Readouts
  • Page 69 – Turn the horizontal POSITION and horizontal SCALE knobs. (See; The trigger point marks time zero in a waveform record. All; To Change Horizontal
  • Page 70 – Press HORIZONTAL MENU
  • Page 71 – Horizontal Position.; Choosing an Acquisition Mode; To Select the
  • Page 72 – Figure 3–10: Several Points May be Acquired for Each Point Used
  • Page 73 – Equivalent-Time Sampling
  • Page 74 – Table 3–2: How Interleaving Affects Sample Rate; Maximum Digitizing Rate; Interleaving
  • Page 75 – The Acquisition Modes
  • Page 76 – Multiple Waveform Acquisitions
  • Page 77 – Nd = Number of points per decimation interval =; extra bits; Table 3–3: Additional Resolution Bits; Time Base Speed
  • Page 78 – Figure 3–14: Acquisition Menu and Readout; Checking the
  • Page 79 – Press SHIFT ACQUIRE MENU; Selecting Repetitive
  • Page 80 – Table 3–5: TDS 784A Sampling Mode Selection (When Fit to Screen is Off); Stop After
  • Page 81 – Preventing Aliasing
  • Page 82 – Figure 3–16: Aliasing; To quickly check for aliasing, slowly increase; Try pressing the AUTOSET button.; Customizing the Display
  • Page 83 – Change Display Settings
  • Page 84 – Figure 3–17: Display Menu — Style; To set the intensity:; Press DISPLAY; Adjust Intensity
  • Page 85 – Figure 3–18: Trigger Point and Level Indicators
  • Page 86 – Select Interpolation Filter
  • Page 87 – Table 3–6: XY Format Pairs; XY Pair
  • Page 88 – Customizing the Display Color; To bring up the Color menu:; Press DISPLAY to show the Display menu.; To choose a palette of 13 colors from a menu of preset palettes:; Change the Display Color
  • Page 89 – Reset to Factory Color.; Change the Palette Colors
  • Page 90 – Figure 3–20: Display Menu — Palette Colors; To define math waveform colors:; Color and cycle through the choices.; To define reference waveform colors:; Set Math Waveform Color
  • Page 91 – is based on, select Color Matches Contents.; with a special color.; Select Options
  • Page 92 – Figure 3–22: Display Menu — Restore Colors; Zooming on Waveforms; Using with Waveforms
  • Page 93 – TDS 700A models only: Press ZOOM; Interpolation and Zoom
  • Page 94 – Figure 3–23: Zoom Mode with Horizontal Lock Set to None
  • Page 95 – Set Interpolation
  • Page 96 – To select Dual Zoom, press ZOOM; purpose knob or use the keypad to set the offset.; Dual Zoom a Waveform
  • Page 98 – Using InstaVu; To turn on InstaVu mode, do either of the two following steps:; Waveform Capture Rate
  • Page 99 – Normal DSO Mode
  • Page 100 – Figure 3–27: InstaVu Display; To change the InstaVu display style, do the following steps:; rate) if you have selected Variable Persistence.; To change the InstaVu readout options, do the following steps:; Readout; To Set the InstaVu Style
  • Page 101 – Using FastFrame; Figure 3–28: Fast Frame
  • Page 102 – knob to enter FastFrame parameters.; Figure 3–29: Horizontal Menu — FastFrame Setup
  • Page 103 – FastFrame Operating Characteristics.; Consider the following operating character-
  • Page 104 – Triggering on Waveforms; Triggering Concepts; Figure 3–30: Triggered Versus Untriggered Displays
  • Page 105 – The Trigger Event
  • Page 106 – Trigger Modes
  • Page 107 – Figure 3–31: Trigger Holdoff Time Ensures Valid Triggering; Trigger Coupling
  • Page 108 – Figure 3–32: Slope and Level Controls Help Define the Trigger; Triggering from the Front Panel; Slope and Level
  • Page 109 – Figure 3–33: TRIGGER Controls and Status Lights; To set MAIN LEVEL
  • Page 110 – To leave Single Trig mode, press SHIFT ACQUIRE MENU; To quickly determine trigger status, check the three status; To Single Trigger
  • Page 111 – Figure 3–34: Example Trigger Readouts — Edge Trigger Selected; To determine where the trigger point is located in the waveform; Trigger Position and Level Indicators.; To see the trigger point and level on the
  • Page 112 – Trigger Status Screen.; To see a more comprehensive status listing of the settings; for the main and delayed trigger systems, press SHIFT STATUS; Triggering on a Waveform Edge; Figure 3–36: Edge Trigger Readouts; Trigger Menu
  • Page 113 – To bring up the Edge Trigger menu, press TRIGGER MENU; To select which source you want for the trigger:; Press TRIGGER MENU; To Select Edge Triggering
  • Page 114 – Press the TRIGGER MENU; using the general purpose knob or the keypad.; To Set Mode & Holdoff
  • Page 115 – Triggering Based on Logic; To Set Slope
  • Page 116 – Pattern and State Classes
  • Page 117 – Table 3–7: Pattern and State Logic; Setup and Hold Class
  • Page 118 – Figure 3–38: Violation Zones for Setup/Hold Triggering
  • Page 119 – Figure 3–39: Logic Trigger Readouts — State Class Selected; Select Pattern Triggering.; To Check Logic
  • Page 120 – Figure 3–40: Logic Trigger Menu; To set the logic state for each of the input channels; To set the logic threshold for each channel:; Press TRIGGER MENU; keypad to set each threshold.
  • Page 121 – To Define a Time Qualified
  • Page 122 – Figure 3–41: Logic Trigger Menu — Time Qualified TRUE; To State Trigger
  • Page 123 – Hold Time Violations
  • Page 125 – Figure 3–42: Triggering on a Setup/Hold Time Violation; Mode and holdoff can be set for all standard trigger; Triggering on Pulses
  • Page 126 – Figure 3–43: Pulse Trigger Readouts; Name
  • Page 127 – Select Glitch Triggering.; To Trigger on a Glitch
  • Page 129 – To Trigger on a Runt Pulse
  • Page 130 – Negative looks for negative-going runt pulses.; To determine how wide a runt pulse the oscilloscope will; Figure 3–45: Main Trigger Menu — Runt Class; To set the two threshold levels used in detecting a runt pulse:
  • Page 131 – Trigger Based on
  • Page 132 – To Trigger Based
  • Page 134 – Figure 3–46: Main Trigger Menu — Slew Rate Class
  • Page 135 – Set the Mode and Holdoff.; Delayed Triggering
  • Page 136 – Figure 3–47: Delayed Runs After Main
  • Page 137 – Delayed Triggerable By Events
  • Page 138 – than Auxiliary from the side menu according to your application.; Press HORIZONTAL MENU; To Run After Delay
  • Page 139 – Press SHIFT DELAYED TRIG
  • Page 140 – Set to ECL fixes the trigger level at –1.3 V.
  • Page 142 – Measuring Waveforms; Figure 3–51: Graticule, Cursor and Automated Measurements; Taking Automated Measurements
  • Page 143 – Table 3–9: Measurement Definitions; Measurement List
  • Page 145 – Figure 3–52: Measurement Readouts; taking automatic measurements:; Measurement Readouts
  • Page 146 – Figure 3–53: Measure Menu; Remove Measurements
  • Page 147 – SELECT to change which cursor is active.; Figure 3–54: Measure Menu — Gating; Define High-Low Setup
  • Page 148 – Figure 3–55: Measure Menu — Reference Levels; Define Reference Levels
  • Page 149 – High Ref — Sets the high reference level. The default is 90%.; Take a Delay
  • Page 150 – OK; Take a Snapshot of
  • Page 151 – Figure 3–57: Snapshot Menu and Readout; Consider the following rules when taking a snapshot:
  • Page 152 – Taking Cursor Measurements; Figure 3–58: Cursor Types; To Find More Information
  • Page 153 – Figure 3–59: Cursor Modes; The value after; Cursor Modes
  • Page 154 – Figure 3–60: H Bars Cursor Menu and Readouts; Select the
  • Page 155 – Figure 3–61: Paired Cursor Menu and Readouts; Set Mode and Adjust
  • Page 156 – Press CURSOR; Taking Graticule Measurements; Select Cursor Speed
  • Page 157 – Optimizing Measurement Accuracy: SPC and Probe Cal; Measure Waveform
  • Page 158 – Press SHIFT UTILITY
  • Page 159 – Figure 3–62: Performing a Signal Path Compensation; Some types of probes can be gain; Probe Cal
  • Page 160 – Install the probe on the input channel on which it is to be used.; doing this procedure.; STOP; Connect the probe tip to PROBE COMPENSATION SIGNAL connect
  • Page 161 – Figure 3–63: Probe Cal Menu and Gain Compensation Display; otherwise continue with step 18.
  • Page 163 – Figure 3–64: Re-use Probe Calibration Data Menu
  • Page 164 – Table 3–10: Probe Cal Status; User Action
  • Page 166 – Saving Waveforms and Setups; Saving and Recalling Setups; To save the current setup of the oscilloscope:; To Save a Setup
  • Page 167 – To recall a setup stored internally, press SAVE/RECALL SETUP; To Recall a Setup
  • Page 169 – Saving and Recalling Waveforms; To save a waveform, do the following steps:; Select the channel that has the waveform you want to save.; To store a waveform internally, press SAVE/RECALL WAVEFORM; To Save a Waveform
  • Page 170 – Press SAVE/RECALL WAVEFORM; To display a waveform in internal reference memory:; Press MORE
  • Page 171 – Recall From File; To Recall a Waveform
  • Page 172 – Managing the File System; To bring up the File Utilities menu:; To Run the File Utilities
  • Page 173 – Figure 3–68: File Utilities; set the cursor over its name.; To Delete
  • Page 174 – Figure 3–69: File System — Labeling Menu; To Copy
  • Page 175 – Printing a Hardcopy; To Set Confirm Delete
  • Page 176 – Supported Formats
  • Page 177 – To Set Up for Making
  • Page 178 – Figure 3–71: Hardcopy Formats
  • Page 179 – Figure 3–72: Date and Time Display; You might need to set the date and time of the oscillo-; UTILITY; Repeat steps 1 and 2 to set other parameters as desired.; sets the seconds to zero.
  • Page 180 – Connect to a Hardcopy Device.; To connect the oscilloscope directly to a hardcopy; To stop and discard the hardcopy being sent, press HARDCOPY again; while the hardcopy in process message is still on screen.; To Print Directly to a
  • Page 181 – HARDCOPY MENU; Press HARDCOPY to print your hardcopy to the selected file.; To Save to a Floppy Disk
  • Page 182 – Use the MS-DOS cd command to move to the directory that holds the; Type: IBFIND DEV1 where “DEV1” is the name for the oscilloscope you; To Print Using a Controller
  • Page 183 – Copy the data from your file to your hardcopy device. Type:; Communicating with Remote Instruments
  • Page 184 – To Prepare for Remote
  • Page 185 – Obtain the Proper Interconnect Cabling.; To connect the oscilloscope to a GPIB; Figure 3–76: Stacking GPIB Connectors; To connect the oscilloscope, plug an IEEE; To Set Up for Remote
  • Page 186 – Figure 3–77: Connecting the Oscilloscope to a Controller; Off Bus disconnects the oscilloscope from the bus.
  • Page 187 – Figure 3–78: Utility Menu
  • Page 188 – Determining Status and Accessing Help; Displaying Status; Displaying the Banner; Press SHIFT STATUS
  • Page 189 – Figure 3–79: Status Menu — System
  • Page 190 – Displaying Help; Figure 3–81: Initial Help Screen
  • Page 192 – Using Features for Advanced Applications; Limit Testing; Figure 3–82: Comparing a Waveform to a Limit Template
  • Page 193 – Press SHIFT ACQUIRE MENU to bring up the Acquire menu.; To Create Limit Test
  • Page 194 – Figure 3–83: Acquire Menu — Create Limit Test Template; general purpose knob or keypad.
  • Page 195 – Press SHIFT ACQUIRE MENU; side menu of possible actions.; To Select a Limit Test
  • Page 196 – Single Waveform
  • Page 197 – Waveform Math; Change Math; to cycle it to the desired channel or reference waveform.; Figure 3–84: More Menu; To Use Single Wfm Math
  • Page 198 – ly to cycle it to the desired channel or reference waveform.; Figure 3–85: Dual Waveform Math Main and Side Menus; To Use Dual Wfm Math
  • Page 199 – Fast Fourier Transforms; To Average a Math
  • Page 201 – Figure 3–86: System Response to an Impulse; To obtain an FFT of your waveform, do the following steps:; Press MORE to access the menu for turning on math waveforms.; in step 1 appears in the menu label.; To Create an FFT
  • Page 202 – Figure 3–87: Define FFT Waveform Menu; vertical scale types:; Linear RMS — Magnitude is displayed using voltage as the scale.
  • Page 203 – Figure 3–88: FFT Math Waveform in Math1
  • Page 204 – Read the amplitude between the two cursors from the; Press SELECT to select the alternate cursor.; To Take Cursor
  • Page 205 – Figure 3–89: Cursor Measurement of an FFT Waveform; to the points along the horizontal axis you are interested in.; : readout. Read the amplitude of the short horizontal bar of the; selected (solid) cursor relative to either 1 V; zero phase level; To Take Automated
  • Page 207 – FFTs Transform Time Records to Frequency Records.; Figure 3–91: FFT Time Domain Record vs. FFT Frequency Domain Record
  • Page 208 – Adjust Offset and Position to Zero for DC Correction.; Normally, the output of a; and the display is in dB.; Record Length
  • Page 209 – Hi Res and Average Reduce Noise.; If the pulse is repetitive, Average mode may be; Peak Detect and Envelope Add Distortion.; Acquisition Mode
  • Page 211 – Figure 3–92: How Aliased Frequencies Appear in an FFT; The phase of each frequency is measured; Considerations for Phase
  • Page 212 – Adjust Phase Suppression.; Your source waveform record may have a noise; dBV
  • Page 213 – FFT Windows
  • Page 214 – Figure 3–93: Windowing the FFT Time Domain Record
  • Page 215 – Window Characteristics.; When evaluating a window for use, you may want to
  • Page 216 – Figure 3–94: FFT Windows and Bandpass Characteristics; Waveform Differentiation
  • Page 217 – Press OK Create Math Wfm (side) to display the derivative of the; To Create a Derivative of a
  • Page 218 – Figure 3–95: Derivative Math Waveform
  • Page 220 – ON (side). The vertical and horizontal zoom factors appear on; Waveform Integration; Integral waveforms find use in the following applications:; Using Zoom
  • Page 221 – Press OK Create Math Waveform (side) to turn on the integral math; To Create a Integral Math
  • Page 222 – Figure 3–97: Integral Math Waveform; from the; : readout. Read the integrated voltage over time between the
  • Page 223 – Figure 3–98: H Bars Cursors Measure an Integral Math Waveform
  • Page 224 – Record
  • Page 225 – On (side). The vertical and horizontal zoom factors appear on
  • Page 227 – Appendix A: Options and Accessories; Options; Tektronix will ship the options shown in Table A–1:; Label
  • Page 228 – Description
  • Page 229 – Standard Accessories; Table A–2: Standard Accessories; Accessory
  • Page 230 – Optional Accessories; You can also order the optional accessories listed in Table A–3.; Table A–3: Optional Accessories; Provides 100X, when ordered with Option 25.; Accessory Probes
  • Page 231 – Table A–4: Accessory Software; Software; Accessory Software
  • Page 233 – Appendix B: Algorithms; Measurement Variables; Histogram Method
  • Page 234 – Mid2Ref
  • Page 235 – Other Variables
  • Page 237 – Measurement Algorithms; then return the (interpolated) value at
  • Page 238 – = the time from one; Cycle Mean
  • Page 239 – Figure B–2: Fall Time; Frequency
  • Page 241 – The phase is determined by the following:; Negative Width
  • Page 243 – Figure B–3: Rise Time
  • Page 244 – A and B are numbers between 0.0 and; Measurements on Envelope Waveforms; Step through the waveform from; Integration Algorithm
  • Page 247 – Appendix C: Packaging for Shipment
  • Page 249 – Appendix D: Factory Initialization Settings; Table D–1: Factory Initialization Defaults
  • Page 255 – Appendix E: Probe Selection; Passive Voltage Probes; High voltage; General Purpose (High
  • Page 256 – Figure E–1: Typical High Voltage Probes; Probes
  • Page 257 – Active Voltage Probes; High speed active; High Speed Active Probes
  • Page 258 – Current Probes; range, they are especially useful where low loading of the
  • Page 259 – Optical Probes
  • Page 261 – Glossary
  • Page 262 – Glossary–1; The closeness of the indicated value to the true value.
  • Page 263 – Glossary–2; A timing measurement of the duration of a burst.
  • Page 264 – Glossary–3; The true Root Mean Square voltage over one cycle.
  • Page 265 – Glossary–4
  • Page 266 – Glossary–5
  • Page 267 – Glossary–6
  • Page 268 – Glossary–7; comprise
  • Page 269 – Glossary–8; An oscilloscope input device.
  • Page 270 – Glossary–9; The specified number of samples in a waveform.
  • Page 272 – Waveform interval; The time interval between record points as displayed.; XY format
  • Page 274 – Index
  • Page 275 – Index–1; Numbers
  • Page 276 – Index–2
  • Page 277 – Index–3
  • Page 278 – Index–4
  • Page 279 – Index–5
  • Page 280 – Index–6
  • Page 281 – Index–7
  • Page 282 – Index–8
  • Page 283 – Index–9
  • Page 287 – Stop After Limit Test Condition Met, Acquire menu,
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User Manual

TDS 684A, TDS 744A & TDS 784A
Digitizing Oscilloscopes

070-8991-02

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Summary

Page 3 - WARRANTY

WARRANTY Tektronix warrants that this product will be free from defects in materials and workmanship for a period of three (3) yearsfrom the date of shipment. If any such product proves defective during this warranty period, Tektronix, at its option, eitherwill repair the defective product without c...

Page 4 - Certificate of the Manufacturer/Importer; Bescheinigung des Herstellers/Importeurs; TEKTRONIX; German Postal Information

Certificate of the Manufacturer/Importer We hereby certify that the TDS 684A, TDS 744A, and TDS 784A Digitizing Oscilloscopes and allfactory-installed options comply with the RF Interference Suppression requirements of PostalRegulation Vfg. 243/1991, amended per Vfg. 46/1992. The German Postal Servi...

Page 5 - EC Declaration of Conformity

EC Declaration of Conformity We Tektronix Holland N.V.Marktweg 73A8444 AB HeerenveenThe Netherlands declare under sole responsibility that the TDS 684A, TDS 744A, and TDS 784A Digitizing Oscilloscopes meet the intent of Directive 89/336/EEC for Electromagnetic Compatibility. Compliancewas demonstrat...

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