Tektronix 5D10 Manuals

Manuals and User Guides for Tektronix 5D10. We have 2 Tektronix 5D10 manuals available for free PDF download: Service Manual, Operator's Manual

Tektronix 5D10 Service Manual

Tektronix 5D10 Service Manual (287 pages)

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Brand: Tektronix | Category: Measuring Instruments | Size: 22 MB

Table of Contents

Volume 1 Table O F

3
- Table of Contents
  3
- List of Illustrations
  6
- Safety Summary
  8
- Section 1-General Information
  11
  - Operators Manual
    11
  - Service Manual
    11
    
    Initial Inspection
    12
    
    Installation
    12
    
    Installing the 51310 in the Mainframe
    12
    
    Mainframe Compatibility
    12
    
    Operating Temperature
    12
    
    Packaging for Shipment
    13
    
    Plug-In Compatibility
    13
- Recommended Modification to Differential
  13
- Plug-In Compatibility
  14
- Shipping Carton Test Strength
  14
  - Specification
    15
- Electrical Characteristics
  15
  - Standard Accessories
    18
- Environmental Characteristics
  18
- Physical Characteristics
  18
- Dimensional Drawing
  19
- Section 2-Operating Instructions
  21
  - Controls, Connectors, and Indicators
    21
- Front Panel Controls and Connectors
  22
  - Mainframe Crt Readout Fields
    24
- Mainframe Crt Scale Factor Readout
  24
- Mainframe Crt Cursor Readout Fields
  26
  - Operators Checkout
    28
    
    Equipment Required
    28
    
    Power-Up Self Test
    28
    
    Power-Up Sequence
    28
    
    Vertical and Horizontal Centering
    29
- Power-Up Self-Test Display Graticules
  29
  - Operators Checkout Setup
    30
    
    Acquiring a Signal
    30
    
    Part I-Get Acquainted Exercise
    30
    
    Selecting the Triggering Position
    30
    
    Storing a Waveform
    31
    
    Using Display Cursors
    31
    
    Obtaining a Save Reference Display
    32
    
    Part II-Detailed Checkout Procedure
    32
    
    Setting Ground Reference
    32
    
    Setup
    32
    
    Detailed Operating Instructions
    38
    
    Signal Connections
    38
- Probe Compensation
  38
  - Input Coupling Capacitor Precharging
    39
  - Triggering
    39
- Operating Characteristics of the
  40
  - Triggering Source
    41
  - Join Dots
    41
  - Display)
    41
- Perceptual Aliasing Illustrated
  41
  - Measurement Considerations
    42
- Interaction of SAVE and SAVE REF on ACQUISITION and DISPLAY
  42
  - Erase Conditions
    43
  - Setting the Penlift Polarity (J1050)
    43
- Measurement Frequency Limitations
  43
- Section 3-Theory of Operation
  45
  - Block Diagram Description
    45
    
    Digitizer Block Diagram
    46
    
    Signal Acquisition Block Diagram
    46
- Digitizer Block Diagram
  48
- Memory System Block Diagram
  49
  - Output Block Diagram
    49
  - Controller Block Diagram
    49
  - Power Supply Block Diagram
    49
- Output Block Diagram
  51
  - Cpu, Rom, Ram, Clock and I/O Control
    52
    
    Control Clock Oscillator
    52
    
    Cpu
    52
- Detailed Circuit Description
  51
  - Tektronix Drafting Convention
    51
- Controller Block Diagram
  52
- Rom
  52
- Ram
  54
  - Controller Inputs
    54
- Front-Panel Switches and Machine Status
  54
  - Memory Data and Address
    54
  - Controller Outputs and Self-Test Annunciator
    54
    
    Controller Outputs
    54
    
    Self-Test Annunciator
    54
  - Signal Acquisition Ch 1 and Ch '2
    54
    
    Ch 1 Preamp
    54
    
    Ch 1 Intermediate Amplifier
    55
    
    Bias Supplies
    56
    
    Ch 1 Sample and Hold
    56
    
    Ch 1 Trigger Pickoff
    56
    
    Ch 2 Intermediate Amplifier
    56
    
    Ch 2 Preamp
    56
    
    Ch 2 Sample and Hold
    56
    
    Ch 2 Trigger Pickoff
    56
  - Digitizer
    56
    
    Clock Generator
    56
    
    Channel Switch
    57
    
    Comparator
    57
    
    Digital-To-Analaog Converters
    57
    
    Digitizer Output Register
    57
    
    Successive Approximation Reg Ster
    57
    
    Timing
    57
- Digitizer Waveform Diagram
  58
  - Mhz Oscillator
    59
  - Ext Input
    59
  - Digitizer Control
    59
- Simplified Successive Approximation Register and Digital to Analog Converter
  59
- Operation of Successive Approximation Regis
  60
  - Left Plug-In Channel Switch Logic
    61
  - Triggering
    64
    
    Comparators and One Shot
    64
    
    Source Select, Coupling and Input Buffer
    64
- Triggering Block Diagram
  65
  - Undersampling Indicator
    66
- Slope Select
  65
  - Threshold Level
    65
  - Triggered Indicator
    65
- Typical Triggering Waveforms
  66
  - Viewtimer
    68
  - Loadstop Logic
    68
  - Memory Addresses
    68
    
    Memory Address Selector
    68
    
    Read Address Register
    68
    
    Scratchpad
    68
- Waveforms Associated with the
  68
- N2 Modifier
  69
  - B Selector
    69
  - A Selector
    69
  - Memory Data Selector
    69
  - Adder
    69
  - Waveform Memory
    69
  - Time Register
    69
    
    Read and Write Control
    69
    
    Write Address Counter
    69
    
    Write Address Modifier
    69
    
    And y Register Clocks
    70
    
    Counter
    70
    
    D-To-A Converters
    70
    
    Display Register
    70
    
    Display Registers, Dacs and Timer
    70
    
    Next State Determination
    70
    
    State Decoding
    70
    
    Y Display Register
    70
- Read and Write Controller Block Diagram
  70
- Memory Controller State Transition (Jump)
  72
- Implementation of Memory Controller State
  72
  - Character Register
    73
  - Display Timer
    73
  - Z-Axis
    73
  - Display Output
    73
  - Y Output
    73
- Simplified Output Block Diagram Shown on
  73
  - Output
    74
  - Controller
    76
  - Penlift Relay
    76
    
    Comparator
    76
    
    Oscillator
    76
    
    Power Supplies and Power
    76
    
    Current Limit
    77
    
    Gate Driver
    77
    
    Protection
    77
    
    Rectifiers, Filters and Current Senses
    77
    
    Switching Transistor and Transformer
    77
    
    Voltage Regulator
    77
  - Signal Names Glossary
    78
- Section , 1-Maintenance
  83
  - Preventive Maintenance
    83
    
    Cleaning
    83
    
    Exterior
    83
    
    Interior
    83
    
    Plug-In Panel Removal
    83
    
    Adjustment after Repair
    84
    
    Cam Switch Lubrication
    84
    
    Electrical Adjustment
    84
    
    Lubrication
    84
    
    Semiconductor Checks
    84
    
    Visual Inspection
    84
  - Troubleshooting
    84
    
    Circuit Board Illustrations
    85
    
    Component Color Coding
    85
    
    Diagrams
    85
    
    Signature Analysis Troubleshooting
    85
    
    Troubleshooting Aids
    85
- Self-Test-Routine Mode Selection
  86
- Relative Susceptibility to Damage from
  88
- Static Discharge
  88
  - Troubleshooting Techniques
    90
    
    Check Associated Equipment
    90
    
    Check Control Settings
    90
    
    Visual Check
    90
    
    Check Individual Components
    92
    
    Check Instrument Adjustment
    92
    
    Check Voltages and Waveforms
    92
    
    Isolate Trouble to a Circuit
    92
    
    Repair and Adjust the Circuit
    94
  - Troubleshooting Specific Circuits
    94
    
    Troubleshooting the Power
    94
    
    Output Circuits
    95
    
    Troubleshooting the Display
    95
- Display Output Signals
  96
- Common Circuit Signals
  96
- Mainframe Compatibility
  102
  - Modification Instructions
    103
  - Soldering Techniques
    103
  - Component Removal and Replacement
    106
    
    Semiconductors
    106
    
    Circuit Boards
    107
    
    Interconnecting Pins
    114
    
    Adjustment after Repair
    117
    
    Using These Procedures
    119
- Corrective Maintenance
  102
  - Obtaining Replacement Parts
    102
    
    Ordering Parts
    102
    
    Special Parts
    102
  - Mainframe Compatibility Modification
    102
- Calibration Procedure Electives
  119
  - Performance Check Summary
    120
  - Adjustment Interval
    120
  - Tektronix Field Service
    120
  - Test Equipment Required
    125
    
    Special Fixtures
    125
    
    Test Equipment Alternatives
    125
- Test Equipment
  125
Part I -Performance Check

128
- Part I-Performance Check
  128
  - Index to Part I-Performance Check
    128
  - Performance Check Initial Setup and Power-Up Sequence
    128
  - Display
    130
  - Display Preliminary Setup
    130
  - Check X and y Centering and Gain
    130
    
    Check Input Compensation
    131
    
    Input -Compensation and Acquisition
    131
    
    Check Amplifier Gain
    132
  - Bandwidth, X-Y Phase Shift
    135
  - And Cmr
    135
    
    Bandwidth, X-Y Phase Shift, and CMR Preliminary Setup
    135
  - Channel Isolation
    137
    
    Channel Isolation Preliminary Setup
    137
    
    Check Display-Related and Input-Related Signal Isolation
    137
  - Triggering Level and Sensitivity
    139
    
    Check Triggering Level Range
    139
    
    Preliminary Setup
    139
  - Time-Base Accuracy
    142
    
    Check Timing Accuracy
    142
    
    Time-Base Accuracy Preliminary Setup
    142
    
    Check External Sec/DIV Input
    143
  - Left Plug-In Functions
    145
    
    Check Left Plug-In Accuracy and Triggering
    145
    
    Setup
    145
  - Plot Output
    147
- Performance Check
  147
Adjustment and Performance Check Part' II

152
- Adjustment and Performance Check Initial Setup and Power-Up Sequence
  152
- Display
  154
  - A3R452)
    154
- Adju 3T X and y Sample-Hold Offset (A3R55'I,A3R552)
  156
- Input: Compensation and Acquisition Preliminary Setup
  162
  - Input Compensation and Acquisition
    162
- Al C1 1 .20, A1 C1140)
  166
- Check/Adjust Input Compensation
  166
- Bandwidth, X-Y Phase Shift, and Cmr
  171
  - Bandwidth, X-Y Phase Shift, and CMR Preliminary Setup
    171
- Channel Isolation
  173
- Triggering Level and Sensitivity
  175
  - Preliminary Setup
    175
- Left Plug-In Functions
  181
  - Triggering
    181
- Plot Output
  183
- Section 6-Instrument Options
  189
- Diagram
  219
- Controller Inputs
  228
- Signal Acquisition-Ch 1 and Ch 2
  234
- Time Base and Digitizer Control
  241
- Triggering
  247
- Memory Addresses
  248
- Write Address Counter
  251
- Read and Write Control
  254
- Display Registers, Dac and Timer
  259
- Power Supplies and Power Distribution
  266
- Cable Distribution
  270
- Connectors to Mainframe
  271
- Section 9- Replaceable Mechanical Parts
  272

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Tektronix 5D10 Operator's Manual

Tektronix 5D10 Operator's Manual (108 pages)

Waveform

Brand: Tektronix | Category: Measuring Instruments | Size: 12 MB

Table of Contents

Table of Contents
4
Physical Characteristics
11
S Erv IC E Ma Nu a L
13
Per Ato
13
I Nsta Ll Ation
14
I Nitia L I N Spe Ction
14
O Per Ati N G Temper at Ure
14
Oper Ati N G Temper
14
Mai Nfr a Me Co Mp Ati B I L Ity
15
Plug-In Co Mp Ati B I Lity
17
Plug-In Co Mp Ati B I L Ity
17
Recommended Modification to Differential
17
Pac Kagi N G Fo R
18
S Pe CI F Icatio N
19
Electrical Characteristics
19
Environmental Characteristics
23
Manual
24
Ai Nframe
37
Re Ado U T
37
Oper Ato R S Che C K O Ut
48
P Ower-Up S E Quen Ce
48
E Q U I Pmen T Re Q U I Re D
48
Power up S Elf T E St
49
O Per Ato R S C He C K O U T S E T up
51
1 . Acq U I R I N G Α Sig N a L
52
S Ele Cti N G the T R Igg Er I N G Positio N
53
Usi N G Dis Pl Ay C Ur so R S
54
S E Tti N G G R O Un D Referen C E
55
P a Rt 11-D E Tai Le D C He C K O U T Pr Oc E D Ure
57
S E Tup
57
Setting T H E G R O U Nd R Efe Ren Ce
57
Sweep F Unctions
58
T Rigg Er
59
Re Ado U T
60
Triggering F Unctions
62
Cursors
63
Igg Erg P Ositio
63
O B Tai N I N G Α Multi Ple
64
Ur so R S
65
He C K O U Tpr Oc Ed
65
D E Tai Le D O Per Ati N G I N St Ru Ctio N S
68
Sig N a L Co Nne Ctio N S
68
Pr O be S
68
N S
68
Ctio N S
68
Coaxial Ca B Les
70
T R Igg Er I N G
70
T R Igge R Ing L Ogic
70
Pacitor Pre C H a Rgin
70
Ogic
70
ITY Control
71
G Source
71
Joi N Dots [Acq U Isitio N a N D Dis Play]
74
Referen C E
74
And Display
74
T Plug-In
74
Isitio N a N D Dis Pl Ay
75
Me as Urement Co N Sid Eratio N S
76
Er as E Co N Ditio Ns
76
O Ltag E , Freq Uen Cy a N D Per Iod Me as Uremen Ts
79
Initial Setup Conditions
79
Per Iod a N D Fre Q Uen Cy Me as Uremen Ts
80
Rise-Time Me as Uremen Ts
81
Fall-Time Me as Uremen Ts
83
Fall-Time Me as Urements
83
Puls E W Idt H Me as Uremen Ts
83
Tr Igg Er I N G Positio N
86
Wavefo Rm Co Mp a R Iso N
88
Wavef O Rm Co Mp a R Iso N
88
Ph as E Me as Uremen Ts Usi N G Χυ Mod E
89
S E Tt Li N G Time Me as Uremen T
89
S E Tt Li N G Time Me Asuremen T
89
Mainframe Compatibility
94
N Ormal P Lot
97
T Hree Color P Lot
98
Recorder Sensitivity Selection
98
Dot Plot
99
DI Fferen Tia L Meas Urements
100

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