Tektronix DTG5078 User Manual
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Tektronix DTG5078 User Manual

Data timing generators
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User Manual 2
DTG5078 & DTG5274 & DTG5334
Data Timing Generators
071-1609-02
This document applies to firmware version 2.0.0
and above.
www.tektronix.com

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  • Page 1 User Manual 2 DTG5078 & DTG5274 & DTG5334 Data Timing Generators 071-1609-02 This document applies to firmware version 2.0.0 and above. www.tektronix.com...
  • Page 2 Copyright © Tektronix, Inc. All rights reserved. Licensed software products are owned by Tektronix or its subsidiaries or suppliers, and are protected by national copyright laws and international treaty provisions. Tektronix products are covered by U.S. and foreign patents, issued and pending. Information in this publication supercedes that in all previously published material.
  • Page 3 Tektronix, with shipping charges prepaid. Tektronix shall pay for the return of the product to Customer if the shipment is to a location within the country in which the Tektronix service center is located. Customer shall be responsible for paying all shipping charges, duties, taxes, and any other charges for products returned to any other locations.
  • Page 5 End User License Agreement for Microsoft Windows 2000 You have acquired a device (“DEVICE”) that includes software licensed by Tektronix Japan, Ltd. (“TJ”) from Microsoft Licensing Inc. or its affiliates (“MS”). Those installed software products of MS origin, as well as associated media, printed materials, and “online”...
  • Page 6 LIMITATIONS ON REVERSE ENGINEERING, DECOMPILATION, AND DISASSEMBLY. You may not reverse engineer, decompile, or disassemble the SOFTWARE, except and only to the extent that such activity is expressly permitted by applicable law notwithstanding this limitation. SOFTWARE TRANSFER ALLOWED BUT WITH RESTRICTIONS. You may permanently transfer rights under this EULA only as part of a permanent sale or transfer of the Device, and only if the recipient agrees to this EULA.
  • Page 7 Output On/Off ............1-75 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 8 LAN parameters ........... . 1-133 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 9 Index ............Index-1 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 10 Table of Contents DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 11: Table Of Contents

    Figure 1-48: Sequence window ........1-87 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 12 Figure 1-60: Master-Slave cable connection (DTG5274 and DTG5334)) ..1-108 Figure 1-61: Master-Slave cable connection (DTG5078) ....1-109 Figure 1-62: Configuring as a slave in the Configuration Utility dialog box . . 1-112 Figure 1-63: Dialog box in operation as a slave .
  • Page 13 Table 1-41: Setup items for DC Output window ......1-125 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 14 Table C-1: External inspection check list ........viii DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 15 Do Not Operate in an Explosive Atmosphere. Keep Product Surfaces Clean and Dry. Provide Proper Ventilation. Refer to the manual’s installation instructions for details on installing the product so it has proper ventilation. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 16 CAUTION indicates a hazard to property including the product. Symbols on the Product. The following symbols may appear on the product: WARNING Protective Ground CAUTION Double High Voltage (Earth) Terminal Refer to Manual Insulated DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 17 Appendices provides information about system recovery, setting up the operating system, and setting up the display device. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 18 The help is pre-installed in the data timing generator. DTG5000 Series Service Manual Describes how to service the data timing generator to the module level. This optional manual must be ordered separately. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 19 Reference...
  • Page 21 Data Structure Pattern Edit Timing Parameters Output Level DC Output Trigger Sequence Jitter Generation DTG5000 Configuration Utility Master-Slave operation Pulse Generator Mode Offline Mode Remote Control Diagnostics and Calibration DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 22 The output timing is determined by the output frequency. Pattern data can be controlled in the following ways: Timing Control Pulse Width, Delay, Duty, Tr/Tf Level Control: Amplitude, offset DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 23: Table 1-1: Comparison Between The Data Generator Mode And Pulse Generator Mode

    Sequence operation Available Not available Differential Timing Available Available Offset Channel addition AND, XOR AND, XOR Long delay Available Not available Jitter range Available Available Jitter generation Available Not available DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 24 Operating Modes DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 25: Figure 1-1: Channels, Groups, Blocks And Channel Assignment

    This section details them in order. Block Group 01 Group 02 Group 03 Channel Assignment Physical Channels Slot A Slot B Slot C Slot D Figure 1-1: Channels, groups, blocks and channel assignment DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 26: Table 1-2: The Number Of Available Physical Channels

    The data timing generator has two types of channels: logical and physical. Logical channels represent one-bit width pattern data. The number of logical channels is 32 (4 channels x 8 slots) for DTG5078, or 8 (2 channels x 4 slots) for DTG5274 and DTG5334.
  • Page 27 The number of logical channels that the system can accept is determined by the mainframe (32 for DTG5078, 8 for DTG5274, and 8 for DTG5334). In the Master-Slave operation mode, the number increases with the number of mainframes.

  • Page 28: Figure 1-2: Concept Of Data And Window

    Delay 1ns Grouping Duty 50% Channel Assign Channel Assign Hardware Channel 1 2 3 4 1 2 3 4 Slot B Slot A Figure 1-2: Concept of data and window DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 29: Figure 1-3: Channel Assignment

    You cannot assign two logical channels to one physical channel. BBB:03 BBB:04 The logical channel which is not assigned to any physical channel Crossing is acceptable. can be used. Figure 1-3: Channel assignment DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 30: Figure 1-4: Channel Group Window

    Number of Channels. 1 to 96. Predefined Grouping Options. The data timing generator provides three user-selectable predefined options for grouping: 8 channels per group 1 channel per group All channels in one group 1-10 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 31 Rename/Resize Group..5. Edit the group name and the number of bits (the number of logical channels) in the Grouping dialog box. 6. Select OK to complete the change. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-11...
  • Page 32 The installed physical channels are displayed in the right window pane of display area. Any channel indicated by a bullet in a white rectangle has already been assigned to a logical channel. 1-12 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 33 Alternatively, place the mouse pointer in the Group List table and right-click, then select the De-assign or De-assign All. 5. A dialog box appears to prompt you for confirmation. Select OK. 6. The channels you selected are de-assigned. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-13...
  • Page 34 Data Structure 1-14 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 35: Figure 1-5: Data-Listing Window And Data-Waveform Window

    Data-Waveform window), and the dimension in the vector direction, i.e., length (vertically in the Data-Listing window or horizontally in the Data-Waveform window). Note that performing Paste or Shift does not resize the block. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-15...

  • Page 36: Figure 1-6: Area

    Selected in the Range: section associated with each edit command dialog box. Table 1-3: Edited Area Range Vector direction Bitwise direction Group Group indicated by cursor Channel Channel indicated by cursor 1-16 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 37: Figure 1-7: Selection Of Edited Area (View By Channel)

    Marker2 Edited Area GroupX Range: All Between Markers Selected Cursor or or or Maker1 Group Marker2 Edited Area GroupX Figure 1-7: Selection of edited area (View by Channel) DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-17...

  • Page 38: Figure 1-8: Move Cursor To Dialog Box

    4. Use the TAB key to select the OK button, then press the ENTER key. The cursor moves to the specified position. 1-18 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 39: Figure 1-9: Move Marker To Dialog Box

    1. Move the cursor to either end of the area. 2. While holding down the SHIFT key, press the Up, Down, Left or Right arrow keys or turn the knob to define the area. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-19...
  • Page 40 1. Press the MENU key to display the View menu, then select Zoom In or Zoom Out. 2. Press the ENTER key. If you are using the mouse, you can click on the icon on the toolbar. 1-20 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 41: Figure 1-10: View With Timing

    You can select how data is listed when viewed by group. The Data-Listing window allows you to select a radix display option. Signed specifies whether to sign the MSB used for decimal display. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-21...

  • Page 42: Figure 1-11: Data-Listing Window Properties

    2. The block name defined now is displayed on a Select Block dialog box. 3. Select a block with arrow key, then press the ENTER key. 4. The contents of the selected block are displayed. 1-22 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 43: Figure 1-13: Mirror Operation

    1 0 1 0 0 0 1 0 0 1 1 1 1 0 0 0 0 1 1 1 Mirror Vector Selected area Mirror Bit Figure 1-13: Mirror operation DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-23...

  • Page 44: Figure 1-14: Predefined Pattern Dialog Box

    Therefore, if you select All or Between Markers for Range in View by Channel display, a pattern with a width of 1 bit will be created. Figure 1-14: Predefined Pattern dialog box 1-24 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 45: Figure 1-15: Step And Skip

    Selects either the up or down counter. The data created by the down counter is the reverse of data created by the up counter in the vector direction. Step=1 Step=2 Step=2 Skip=0 Skip=0 Skip=1 Figure 1-15: Step and Skip DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-25...

  • Page 46: Figure 1-16: Predefined Patterns

    Pattern Edit Binary Counter Johnson Counter Graycode Counter Walking Ones Walking Zeros Checker Board Figure 1-16: Predefined patterns 1-26 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 47: Figure 1-17: User Defined Patterns Dialog Box

    LSB of the pattern. A maximum of 1,000 vectors can be specified for the pattern. You can change the radix option of the input using Properties... of the View menu. Figure 1-17: User Defined Patterns dialog box DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-27...

  • Page 48: Figure 1-18: Prbs/Prws Dialog Box

    Figure 1-19 shows the correspondence between the pattern representations and the actual shift registers. １ １ １ １ １ １ １ X^7+X^6+1 Figure 1-19: Shift register generator representation example 1-28 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 49: Table 1-5: Prbs/Prws Dialog Box Settings

    PRBS14: X^14+X^13+X^10+X^9+1 PRBS15: X^15+X^14+1 PRBS23: X^23+X^18+1 Note: The pattern length of the PRBS23 is 8388608–1. The DTG5078 can create pattern data up to 8,000,000 vectors. Due to multiplier constraints of the DTG5274, output is not available with some clock frequency and data format settings.
  • Page 50 When a group name is not defined or the same group name exists but the bit width differs, DTG5000 software will reorganize its groups to match the groups of the imported file. In these cases, all the assignments to the physical channels are reset. 1-30 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 51: Figure 1-20: Import Dialog Box

    Figure 1-20: Import dialog box 2. Select the file to import. The type of file to import can be specified by selecting from “Files of type:”. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-31...

  • Page 52: Figure 1-21: Awg File Import Dialog Box

    Importing an AWG file generates the group names D0_, D1_, ..., D15_, M1_ and M2_, with one channel per group. Here, standard prefixes are ascribed to each group. Attaching the prefixes does not affect the one-channel-per-group grouping. 1-32 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 53 0000 0008 10.0000000 ns FFFF 0009 10.0000000 ns 0000 000A 10.0000000 ns FFFF 000B 10.0000000 ns 0000 000C 10.0000000 ns FFFF 000D 10.0000000 ns 0000 000E 10.0000000 ns DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-33...

  • Page 54: Figure 1-22: Tla Data Exchange Format Example

    The tab delineated group definition in the second line and the data in the third and subsequent lines must correspond one to one. 1-34 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 55 : S I G N A L : D A T A "Data2",50,50,"01100101100111100011111011101000001101011011011101" :SIGNAL:DATA "Data2",100,28,"1000001011010111110101010100" :SIGNAL:CVIEW "Data1",CHANNEL;:SIGNAL:DRADIX "Data1",HEX : S I G N A L : D A T A "Data1",0,50,"00100001000110000100111001010101100001101111010011" DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-35...

  • Page 56: Figure 1-23: Hfs Vector File (*.Vca) Example

    Addr, which has four channels and has Addr0 and Addr3 as the MSB and LSB, respectively. In the example, channel assignments and view and radix information are specified using the SIGNAL commands, but the DTG5000 software imports only radix information. 1-36 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 57 Pattern data files can be imported from the AWG2000 series (*.wfm) and from the AWG400, AWG500, AWG600 and AWG700 series' (*.pat). These are binary files. These are binary files. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-37...
  • Page 58 Pattern Edit 1-38 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 59: Figure 1-24: Timing Window (Data Generator Mode)

    Timing Parameters This section provides information about the timebase-related items. To set the timing parameters, use the Timing window. Figure 1-24: Timing window (Data Generator mode) DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-39...

  • Page 60: Figure 1-25: Data Format

    Zero), or R1 (Return to One) for each of the channels. For the channels of Slots A to D, you can select from among three formats. For the DTG5078, the channels of Slots E to H, you can only use NRZ.

  • Page 61: Figure 1-26: Clock Source In Time Base Window

    If you use the 10 MHz external reference signal, the valid clock frequency range and step size you can set are the same as when you use Internal for the clock source. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-41...

  • Page 62: Figure 1-27: Selecting A Clock Source

    Specifies that the external clock signal is fully used as the clock signal. You can use the following signals: Frequency range 1 to 750 MHz for DTG5078 (1 MHz to 2.7 GHz for DTG5274), Input voltage swing 0.2 to 2 Vp-p, Duty cycle 50 ±10%, Impedance 50 Ω , and AC coupled.

  • Page 63: Table 1-8: Valid Frequency Range And Step Size By Clock Source (Data Generator Mode)

    50 kHz to 1.675 GHz Fextpll / 2 to 1.675 GHz Fextcl / 2 (DTG5334) (DTG5334) (DTG5334) (DTG5334) Frequency step 8 digit 8 digit Fextpll / Vector Rate 0 (fixed) DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-43...
  • Page 64 < 3.35 GHz includes RZ or R1: 50 kHz < × Fextpll N / Vector Rate < 1.675 GHz (DTG5334) Frequency step Fextpll / Vector Rate 0 (fixed) 1-44 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 65 N / Vector Rate (DTG5334) (DTG5334) (DTG5274) < 1.35GHz (DTG5274) 50kHz < × Fextpll N / Vector Rate < 1.675GHz (DTG5334) Frequency step Fextpll / Vector Rate 0 (fixed) DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-45...

  • Page 66: Table 1-10: Restrictions On Using External Clock Input

    Fextcl / 2 (includes RZ or clock frequency is fixed to clock frequency is fixed to the clock frequency is fixed Fextcl. Fextcl / 2. to Fextcl / 2. according to the Fextcl. 1-46 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 67: Table 1-11: Restrictions On Using External Pll Input

    User-defined clock frequency = Fextpll × × = Fextpll vector rate / vector rate × = Fextpll PLL_Multiplier Rate / vector rate = Hardware clock frequency / vector rate DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-47...
  • Page 68 10, 20, and so on to 8000. The vector rate helps you to get information including the utilization of the pattern memory in the DTG5000 software, the internal operating frequency, and the clock frequency output from Clock Out. 1-48 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 69: Figure 1-28: Pll Clock Multiple Rate

    External PLL Input Frequency H/W Clock 200 MHz 50 MHz 400 MHz PLL Clock Multiple Rate Vector Rate = 8 Clock Out 400 MHz Figure 1-29: Rates and Frequencies DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-49...

  • Page 70: Figure 1-30: Definition Of Pulse Parameters

    Phase = Lead Delay / (Period x Pulse Phase = Lead Delay / (Period x Pulse Rate) x 100 (%) Rate) x 100 (%) Width Duty (%) none Pulse Width (s) Trail Delay (s) 1-50 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 71: Table 1-13: Valid Ranges Of Delay Offset

    Figure 1-31 shows a graph indicating the valid ranges that apply if Long Delay is on in the Data Generator mode. When Delay Offset is 0, it shows the same valid ranges of Lead Delay. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-51...

  • Page 72: Figure 1-31: Definition Of Pulse Parameters

    143.3 ns (71.6 ns) 400 M 800 M 1.675 G 3.35 G the numbers in () are for H/W Sequence Data Rate (h/s) Figure 1-31: Definition of Pulse parameters 1-52 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 73: Table 1-14: Valid Ranges Of Lead Delay

    Delay. You can set the value in steps of 0.1%. × × Phase = Lead Delay / (Period Pulse Rate) 100 (%) Pulse Rate : to 2 (Pulse Generator mode) (Data Generator mode) DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-53...

  • Page 74: Table 1-15: Valid Ranges Of Trail Delay

    ‘Minimum Pulse Width’ to ‘Period x Pulse Rate – Minimum Pulse Width.’ Minimum Pulse Width = 290 ps H/W maximum delay = 5 ns 1-54 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 75 SELECT key to open the pop-up menu. Alternatively, press the MENU key to open the Edit menu. Then, select Pulse Width from the menu. If you use Pulse Width for the setting, the value will be prefixed with letter ‘W’. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-55...

  • Page 76: Figure 1-32: Slew Rate

    DTGM32 Range 0.65 V/ns to 1.30 V/ns 0.63 V/ns to 2.25 V/ns fixed into 50 Ω to GND into 50 Ω to GND Resolution 0.01 V/ns 0.01 V/ns 1-56 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 77: Figure 1-33: Cross Point Control

    Cross Point varies. Figure 1-33: Cross Point control Table 1-17: Cross Point control DTGM10, DTGM20, DTGM21 DTGM30, DTGM31, DTGM32 Range Not available 30 % to 70 % Resolution Not available DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-57...

  • Page 78: Figure 1-34: Writing The Pattern Into The Memory While Displacing It

    5 ns. In this case, the software writes a double-length enlarged pattern internally into the pattern memory to operate the clock at the double rate. 1-58 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 79: Figure 1-35: Enlarging The Clock Pattern And Speeding Up The Hardware Clock

    In the Pulse Generator mode, Long Delay is always enabled internally. Therefore it does not have a Long Delay On or Off setting. Table 1-18 summarizes the characteristics of Long Delay. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-59...

  • Page 80: Table 1-18: Characteristics Of Long Delay

    Clock Range is displayed and available if Long Delay is on in the Data Generator mode. Table 1-19 and 1-20 summarize the relationship among the Clock Range settings, the vector rate, and the hardware frequency. 1-60 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 81: Table 1-19: Clock Range If The Pattern Contains Only Nrz

    400 kHz 200 kHz 2000 1 / 1 / 1 5 µs 10 µs 200 kHz 100 kHz 4000 10 µs 20 µs 100 kHz 50 kHz 8000 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-61...

  • Page 82: Table 1-20: Clock Range If The Pattern Includes Rz Or R1

    For details, refer to the Table 1-21. If the frequency is just at a boundary in the table below, the settings in the higher range of the hardware clock frequencies are applied. 1-62 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 83: Table 1-21: Clock Range Used Internally In Pulse Generator Mode

    1 / 1 / 1 2.5 µs 5 µs 400 kHz 200 kHz 2000 5 µs 10 µs 200 kHz 100 kHz 4000 10 µs 20 µs 100 kHz 50 kHz 8000 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-63...
  • Page 84 (CH2 or CH4). You cannot assign any even-numbered physical channel (CH2 or CH4) to a logical channel for which DTO has been turned on. 1-64 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 85 SELECT key to open the pop-up menu. Alternatively, on such a channel, press the MENU key to open the Edit menu. Then, select Differential Timing Offset from the menu. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-65...

  • Page 86: Figure 1-38: Channel Addition

    You can set Normal, XOR, or AND to a channel to which you have not assigned a physical channel. 1-66 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 87: Figure 1-39: Jitter Range Of The Dtgm32

    Jitter Range cell, or from the Edit menu displayed by the MENU key. Alternatively, when a Jitter Range cell is selected, press the SPACE key or ENTER key to toggle the setting. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-67...
  • Page 88 Timing Parameters 1-68 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 89: Figure 1-40: Level Window (Data Generator Mode)

    To set the output level, use a pair of the High and Low values and or of the Amplitude and Offset values. You must choose the same pair (of High/Low and Amplitude/Offset) for all the channels. You can set the level of the channels independently. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-69...

  • Page 90: Figure 1-41: Output Level, Termination Resistor, Termination Voltage

    –2.50 V to +7.00 V into 1 MΩ to GND –1.50 V to +1.75 V into 50 Ω to GND Low Level (V –3.00 V to +6.50 V into 1 MΩ to GND 1-70 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 91 + 50 )) + Vtt ( – 2.00 × R + 50 × Vtt ) / ( R ≦ + 50 ) ≧ Vtt – R / 50 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-71...
  • Page 92 + 50 )) ) > 2 × (( 7 × R – V – 50× Vtt ) / ( R + 50 ) – Offset ) Resolution 5 mV 1-72 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 93 When the DTG application launches, source impedance of the output module installed in each slot is checked and displayed. No user settings are needed in the Level window. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-73...

  • Page 94: Figure 1-42: Jumpers On The Dtgm21

    1. Select the cell to set and then enter a value using numeric keys or the knob. If Ω you use numeric keys, you do not need to add 1-74 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 95 On or Off in the menu displayed. Pressing the ALL OUTPUTS ON/OFF button on the front panel allows you to set all the channels to On or Off. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-75...

  • Page 96: Table 1-23: Predefined Output Levels

    2. In the Predefined Level dialog box, use the Up, Down, Left, or Right arrow key to select the level name. 3. Use the TAB key to activate OK. Then, press the ENTER key to determine the selection. 1-76 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 97: Figure 1-43: Dc Output Pin Assignments

    Figure 1-44: DC Output window The DC Output window initially contains mainframe numbers 1 to 3 and Dn (n = 0 to 7) names assigned. D0 corresponds to CH0. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-77...
  • Page 98 3. Turn the Limit on or off by selecting the cell to set and press the ENTER key to toggle on or off. Alternatively, press the SELECT or Menu key to display the menu, and then set to On or Off. 1-78 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 99: Table 1-24: Predefined Dc Levels

    The RUN button on the front panel, which controls the pattern signal output, does not control the DC output. The DC output is controlled by check the check mark in the Output On box or the ALL OUTPUTS ON/OFF button. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-79...
  • Page 100 DC Output 1-80 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 101: Figure 1-45: Trigger Parameters

    Parameters The following trigger parameters are available. You can set them using the Timebase window. Rising edge Falling edge Level Interval Figure 1-45: Trigger parameters DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-81...

  • Page 102: Figure 1-46: Time Base Window (Data Generator Mode)

    –5 to +5 V in 0.1 V steps. Specifies external trigger impedance. Selects either 50 Ω or 1 kΩ for the Impedance impedance when the external trigger is used. 1-82 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 103 5. In the Sequences window, also define the parameters related with sequence operation (Sequence Mode, Jump Mode, and Jump Timing). The sequence that can be output depends on the option you select in Sequence Mode. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-83...

  • Page 104: Figure 1-47: The Procedure Of Sequence Creation

    Block2 × 20 Sub2 × 1000 Event Jump Block5 × 300 Go To Block6 × 200 Event Jump Block4 × 200 main sequence Figure 1-47: The procedure of sequence creation 1-84 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 105: Table 1-26: Differences Between Hardware And Software Sequencers

    Restrictions on Not applied Because all the sequences are use of pattern deployed in pattern memory, a memory memory overflow error may occur with an excessive loop count. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-85...

  • Page 106: Table 1-27: Jump Modes

    For example, suppose that a line defines that Block1 repeats 10 times. If an event occurs while the third run is in progress, control jumps after completing data output of the block of the third run. 1-86 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 107: Figure 1-48: Sequence Window

    Specifies whether to wait for the trigger before the contents of the line are output. Select On or Off (blank) for setting. You can also use the SPACE or ENTER key, instead of setting in the menu. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-87...
  • Page 108 Specifies the label of the line to which control jumps unconditionally after the contents of the current line are output. If the cell is left blank, control goes to the next line. 1-88 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 109 Selecting a subsequence from the lists shows its details on the right. When you create a new Sub-sequence, input a name into a Sub-sequence list. Figure 1-49: Sub-sequence window DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-89...
  • Page 110 Software Sequencer, you can set up nesting of up to 5 levels. Repeat Specifies the number of block repetitions. Accepts an integer from 1 to 65536. Does not accept Infinite. 1-90 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 111 (async); no repeatability is included in the characteristics of jitter generation. In addition, there is no guarantee that jitter generation starts at the head of the jitter profile. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-91...
  • Page 112 Actually, the amount of delay is varied according to the sequence below, and jitter is generated while the delay line is switched with the timing. The amount of delay of the output signal is varied consecutively. 1-92 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 113 ....Delay #1 CH1 OUT Delay #2 Ready Signal Jitter Pattern Patter Gen (Delay Line Control) Figure 1-51: Jitter Generation (All pattern jitter) DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-93...
  • Page 114 1 as the value of the specified logical channel. The NRZ format is used as for a gate pattern regardless of the specified logic channel. You can set any number of Jitter On areas. 1-94 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 115 Edge: Both Edge: Both Edge: Both Gate (Partial By Channel) Edge: Rise Edge: Fall = Edge which jitter is applied Figure 1-53: Edge which jitter is applied DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-95...

  • Page 116: Table 1-31: Jitter Generation Window Settings

    Both. Rise: Applies jitter only at the rising edge. Fall: Applies jitter only at the falling edge. Both: Applies jitter at each of the rising and falling edges. 1-96 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 117 Data-Waveform window of a View by Channel display. J i t t e r s e t t i n g state Figure 1-55: Jitter setting state on the Data-Waveform window DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-97...

  • Page 118: Table 1-32: Maximum Jitter Amplitude

    Ajui_rms: Jitter amplitude represented by UIrms Ajs_p-p: Jitter amplitude represented by Sec p-p Ajs_rms: Jitter amplitude represented by Sec rms Ajui_p-p × Period = Ajs_p-p Ajui_rms × Period = Ajs_rms 1-98 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 119: Table 1-33: External Jitter

    C H 1 Jitter Control C H 1 Δ 120 ps ΔV – 0.5V 0.5V – 120 ps Input Voltage vs. Jitter Amplitude (DTGM 31) Figure 1-56: External Jitter Control DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-99...
  • Page 120 Jitter Generation 1-100 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 121 Online and Offline modes. Actually, you see the window corresponding to the current mode setting. Selecting Mode Offline mode Online mode Figure 1-57: DTG5000 Configuration Utility DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-101...
  • Page 122 Select the Online checkbox in the Mode area in the DTG5000 Configuration Utility software. The window for the Online mode appears. Figure 1-58: DTG5000 Configuration Utility Online mode 1-102 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 123: Table 1-34: Setting For Dtg5000 Configuration Utility In Online Mode

    Remote Control For DTG5000 Series, you can enable remote control only through GPIB or LAN interface. Specify the GPIB configuration and control of a LAN program in this box. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-103...

  • Page 124: Table 1-35: Setting For Dtg5000 Configuration Utility In Offline Mode

    If you check the Use same type of Output Module for all slots checkbox, the settings specified for a slot will be applied to all the other slots. 1-104 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 125 After you have completed the required settings in Online or Offline mode, click the OK button to exit the DTG5000 Configuration Utility. Then, select the Start menu > Programs > Tektronix > DTG5000 > DTG5000 to start the DTG5000 software. The settings made with the DTG5000 Configuration Utility will take effect on the DTG5000 software.
  • Page 126 DTG5000 Configuration Utility 1-106 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 127 Master, and a unit that is used for additional channels is called Slave. If the DTG5274/DTG5334 is used as a master, one unit of DTG5274/DTG5334 can be used as a slave. If the DTG5078 is used as a master, up to two units of DTG5078 can be used as slaves.
  • Page 128 Sync Jump Out1 Out1 Out2 Out2 Local  Ethernet  Network SMA Cable (P/N: 174-1427-00) BNC Cable (P/N: 012-0076-00) LAN Cable (10BASE-T/100BASE-TX cable) Figure 1-60: Master-Slave cable connection (DTG5274 and DTG5334)) 1-108 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 129 Network Out2 Out2 Out3 Out3 Sync Jump Out1 Out2 SMA Cable (P/N: 174-1427-00) Out3 BNC Cable (P/N: 012-0076-00) LAN Cable (10BASE-T/100BASE-TX cable) Figure 1-61: Master-Slave cable connection (DTG5078) DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-109...
  • Page 130 Enter a new computer name. 7. Select the OK button and press the ENTER key. Check that all of the master and slave computers have different computer names. 1-110 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 131 Internet Protocol (TCP/IP), then select the Properties button, and press the ENTER key. 6. In the Internet Protocol (TCP/IP) Properties dialog box, the TCP/IP information will be displayed. You can change the settings here. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-111...
  • Page 132 6. Select the OK by pressing the TAB and press the ENTER to exit the DTG5000 Configuration Utility. 7. Press the CTRL+ESC to display the Start menu. Select Programs/Tektronix/DTG5000/DTG5000 by pressing the arrow keys and 1-112 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 133 8. Pressing the ENTER (selecting the Close) on the slave unit exits the DTG5000 software. Configuring DTG5000 With the DTG5078 model as a master, two units of the same model can be set as Series as a Master slaves. With the DTG5274/DTG5334 model, one unit of the DTG5274/DTG5334 model can be set as a slave.
  • Page 134 9. The following message prompting you to restart the DTG software will be displayed: “Please restart DTG software.” Do not restart the DTG software until you read “Master-Slave Operation NOTE. Procedure” beginning on page 1-115. 1-114 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 135 ON/OFF button on the master unit. The ALL OUTPUTS ON/OFF button can be operated only on the master unit. External Clock Out is output only from the master unit. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-115...
  • Page 136 A to D on the master unit. Terminating the To terminate the Master-Slave operation, exit or shut down the master unit first and Master-Slave operation then exit or shut down the slave units. 1-116 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 137 Generator mode controls Delay, Width, Slew Rate, and so on. The Pulse Generator mode represents each channel in the format of “mainframe number-slot name channel number”. Examples: 1-A1, 1-A2, , 1-A4,1-B1,1-B2, , , 1-D1, , ,1-D4 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-117...

  • Page 138: Table 1-36: Comparison Between The Data Generator Mode And Pulse Generator Mode

    Available Not available Differential Timing Available Available Offset Channel addition AND, XOR AND, XOR Long delay Available Not available Jitter range Available Available Jitter generation Available Not available 1-118 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 139: Table 1-37: Setup Items For Time Base Window

    Use signal connected to External Clock In as an external clock. Clock Output Sets the clock output parameters. Amplitude Sets clock output signal amplitude. Offset Sets offset. Term.R Sets termination impedance. Term.V Sets termination voltage. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-119...
  • Page 140 Specifies the trigger point (rising edge or falling edge of external trigger signal). Selects either Positive or Negative. Specifies external trigger impedance. (50 Ω or 1 kΩ) Impedance Interval Specifies internal trigger interval. Level Specifies external trigger level. 1-120 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 141: Table 1-38: Setup Items For Level Window

    Sets the termination impedance of the destination of the output signal. Term V Sets the termination voltage of the destination of the output signal. Output Turns the output on or off. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-121...

  • Page 142: Table 1-39: Setup Items For Timing Window

    Shows current clock source or the frequency of the external clock signal. PLL Input, External Reference Input, External Clock Input Vector Rate Vector rate (viewed only) Lists the channels of the currently installed output modules in order. 1-122 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 143 1/2 pulse rate, because it divides 9 by 2 and rounds up the quotient (4.5). After a lapse of the delay time you set, the analyzer outputs the specified number of pulses you set for Pulse Rate. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-123...

  • Page 144: Table 1-40: Valid Frequency Range And Step Size By

    < 1.35 GHz (DTG5274) 50 kHz < Fextpll × N / Vector Rate < 1.675 GHz (DTG5334) Frequency step 8 digits 4 digits Fextpll / Vector Rate 0 (fixed) 1-124 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

  • Page 145: Table 1-41: Setup Items For Dc Output Window

    L Limit Sets the minimum value of DC level setting range. Limit Turns the High/Low limit function on or off. Output On Selects on or off for the output. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-125...
  • Page 146 Pulse Generator mode 1-126 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 147 The DTG5000 software is not available in hibernation mode. If your PC (including a notebook PC) enters the sleep or suspend mode during operation, we do not guarantee normal operation of the DTG5000 software after the restoration. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-127...
  • Page 148 File menu to exit the software. 2. Press the CTRL + ESC keys to open the Start menu. Using the Up, Down, Left, and/or Right arrow key, select Programs / Tektronix / DTG5000 / DTG5000 Configuration Utility. 3. Press the ENTER key to start the DTG5000 Configuration Utility. If the window for the Online mode opens, select the Offline checkbox in the Mode area.
  • Page 149 “DTG5000 Configuration Utility” on page 1-101. 5. Click OK to exit the DTG5000 Configuration Utility. 6. In the Start menu, select Programs / Tektronix / DTG5000 /DTG5000 to start the DTG5000 software in Offline mode. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 150 Offline mode 1-130 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 151 DTG5000 Series. The DTG5000 Series is not available as the controller. For control with the GPIB, refer to the Programmer’s Manual. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-131...
  • Page 152 Series, this may change the version of the driver of the GPIB board. If you want to install such software on your DTG5000 Series, skip installation of the GPIB driver to avoid the overwrite. 1-132 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 153 To set the GPIB address, you can use either the DTG5000 Configuration Utility or the System menu in the menu bar. The setting procedure is the same. Remote Control dialog box DTG5000 Utility Configuration Figure 1-72: Setting the GPIB address DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-133...
  • Page 154 DTG5000 instrument. Tek Visa Resource Manager VXI-11 Server: Running VXI-11 Server : Stopped Figure 1-73: Icons on the task tray 1-134 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 155 This is the standard resource string to be used when you want to connect to the instrument from an application running in the instrument. The APIDemo.exe application appears as shown below after a successful connection. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-135...
  • Page 156 Right click on the Visa Resource Manager tray icon on the PC. From the context menu select the “Configure...” command. b. It will show a list of detected instruments as Visa Resources as shown below. 1-136 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 157 5. Bring up the VisaAPIDemo.exe on your PC as described above. 6. In the “Resource Name” edit box, type the following string: TCPIP::<ip address of the DTG5000>::INSTR 7. Click viOpen to connect. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-137...
  • Page 158 If you can detect the DTG5000 from your PC but are not able to connect, check the resource string. The resource string should be in the following format: TCPIP::<IP address of the DTG5000>::INSTR 1-138 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 159 The DTG5000 software starts. When the DTG5000 contains an unsolved error, the test cannot be conducted normally. In such a Series case, contact our Customer Service Center. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-139...
  • Page 160 If you select this checkbox, the diagnostic test repeats until it detects a failure. To cancel the test, click the Cancel button. Cancel Stops the test. Available only during the test. Close Closes the dialog box. 1-140 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 161 The error code consists of a five-digit code and three arguments. The five-digit code consists of the mainframe number, the category, and the board and slot positions. The three arguments include supplementary information which depends on the code. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-141...
  • Page 162 Board position Lower 1x DTG5078 DTG5274 / DTG5334 Figure 1-79: Diagnostics error code format In such a case, cannot operate normally. Contact our Customer DTG5000 Series Service Center. 1-142 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 163 3. Press the ENTER key twice, or click the OK button to terminate the key check. Figure 1-80: Front Panel Key Check dialog box DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-143...
  • Page 164 You changed an output module slot position. The system configuration changed (addition or removal of output module; Master-Slave operation). The temperature at which you use the analyzer changed. 1-144 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 165 Execute Skew Calibration using the following procedure. Check that no error message appears. 2. Select Skew Calibration... in the System menu. Then, press the SELECT key. The dialog box appears. Figure 1-81: Skew Calibration dialog box DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-145...
  • Page 166 Figure 1-82: Example of cable connection message If you perform erroneous operations, you may receive a warning message. Figure 1-83: Example of warning message 1-146 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 167 6. Select the Close button. Then, press the ENTER key to terminate Skew Calibration. Powering off the DTG5000 Series during calibration may clear the CAUTION. calibration data from memory. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-147...
  • Page 168 DTG5000 Series at the normal operating temperature. Starting the calibration 1. Select Level Calibration... in the System menu. Then, press the SELECT key. The Level Calibration dialog box appears. 1-148 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 169 3. The Status column shows the result of the calibration as “Pass” or “Fail”. Check that “Pass” appears for all the channels. 4. Select the Close button. Then, press the ENTER key to terminate Level Calibration. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-149...
  • Page 170 Attach the attenuators to the CH1 input and the Trigger Direct Input of the sampling oscilloscope (if needed). Attach the SMA terminator to the CH1 (CH1 Complementary) output of the DTGM31. 1-150 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 171 CH1 input of the sampling oscilloscope. Connect a second SMA coaxial cable from the CLOCK OUT on the front (rear) panel of the DTG5334 (DTG5274 or DTG5078) to the Trigger Input of the sampling oscilloscope. Oscilloscope...
  • Page 172 Table 1-46: DTGM31 Dj Adjustment dialog box buttons Button Description Execute Initiates the adjustment. Factory Reset Clears all the user optimized values then reset to the factory optimized values. Close Closes the dialog box. 1-152 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 173 Duty Offset This parameter controls the position of the cross point of the waveform (Does not operate for slots E to H of the DTG5078). 7. Adjust the deterministic jitter by using each of the parameters such that the waveform improves as shown in Figure 1-91 Typical waveforms.
  • Page 174 Waveform B: Falling Edge calibrated Waveform A: Before calibration Waveform D: Fully calibrated with correct Duty Offset Waveform C: Rising and Falling Edges calibrated, Duty Offset adjustment needed Figure 1-91: Typical waveforms 1-154 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 175 9. If there are additional M31 output modules installed in other slots, repeat the same adjustment process for each DTGM31in the mainframe. 10. When finished making adjustments, select/click the Close button. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 1-155...
  • Page 176 Diagnostics and Calibration 1-156 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 177 Appendices...
  • Page 179 3. In the Display Properties dialog box, click the Settings tab and click the Advanced... button. Figure A-1: Display Properties dialog box 4. In the Default Monitor and Intel(R) 82815 Graphics Controller Properties dialog box, click the Intel(R) Graphics Technology tab. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 180 Figure A-2: Default Monitor and Intel (R) 82815 Graphics Controller Properties dialog 5. In Intel(R) Graphics Technology tab, click the Graphics Properties... button. Figure A-3: Intel (R) Graphics Technology tab DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 181 8. Select the Activate xxx checkbox at the bottom left corner. Then click OK 9. The device you specified is enabled, then the confirmation dialog box appears. Click OK within 15 s to determine the device change. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 182 2. Click OK to change the definition. The confirmation dialog box appears. Click OK within 15 s to determine the change. 3. Click OK to close the dialog box. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 183 1. With the power off, connect the PS/2 keyboard and PS/2 mouse to the connectors on the rear panel. 2. Power on the unit. 3. Load the recovery CD-ROM in the CD-ROM drive on the rear panel. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 184 10. Click Restart Now, and Windows runs. The computer name is DTG5000, and you can log on to Windows 2000 using the following user name and password. User name: Administrator Password: dtg5000 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 185 3. Following the on-screen instructions of the installation wizard, install the software. 4. The message “InstallShield Wizard Complete” appears. Click Finish. Windows 20000 operating system restarts, then the DTG5000 Software starts automatically. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 186 Appendix B: System Recovery DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 187 Replace defective module Accessories Missing items or parts of items, bent pins, Replace damaged or missing items, frayed broken or frayed cables, and damaged cables, and defective modules connectors DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 188 Cleaning the Instrument Interior Only qualified personnel should access the inside of the DTG5000 Series inspection and cleaning, refer to the Maintenance section in the DTG5000 Series service manual. DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 189 Index...
  • Page 191 Slave Slot Configuration, 1-105 Internal, 1-41 Source Impedance for DTGM21, 1-105 Contacting Tektronix, -xix System Configuration, 1-103 Copy DTGM31 Dj adjustment dialog box Edit menu, 1-23 Close, 1-152 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 Index-1...
  • Page 192 Graycode Counter Command jump, 1-86 Predefined Pattern, 1-25 Event jump, 1-86 Group, 1-7, 1-10 Sync, 1-86 Group List, 1-10 Jump Timing Group Name Prefix, 1-32 Async, 1-86 Grouping, 1-9 Index-2 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 193 Walking Ones, 1-25 Pulse Generator Mode, 1-2 Walking Zeros, 1-25 Output Level, 1-69 Procedure inspect interior, C-2 Product support contact information, xix Properties, 1-21 Password, B-2 Magnitude, 1-22 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 Index-3...
  • Page 194 Data format, 1-40 Termination Voltage, 1-75 TLA Data Exchange format Import, 1-33 Trigger, 1-81 Impedance, 1-82 Internval, 1-82 Select Block, 1-22 Level, 1-82 Selecting the display device, A-3 Index-4 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...
  • Page 195 View by Group, 1-20 VXI-11 Server, 1-133 Walking Ones Predefined Pattern, 1-25 Walking Zeros Predefined Pattern, 1-25 Web site address Tektronix, -xix window Channel Group, 1-10 Zoom, 1-20 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2 Index-5...
  • Page 196 Index Index-6 DTG5078 & DTG5274 & DTG5334 Data Timing Generator User Manual 2...

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