Astronics Talon Instruments T940-001 Manuals

Manuals and User Guides for Astronics Talon Instruments T940-001. We have 1 Astronics Talon Instruments T940-001 manual available for free PDF download: User Manual

Astronics Talon Instruments T940-001 User Manual

Astronics Talon Instruments T940-001 User Manual (482 pages)

64-Channel Digital Resource Module

Brand: Astronics | Category: Control Unit | Size: 30 MB

Table of Contents

Warranty Statement
3
Proprietary Notice
4
Return of Product
4
Trademarks and Service Marks
4
For Your Safety
5
Table of Contents
6
Document Change History
35
Chapter 1

36
- Introduction
  36
- Overview and Features
  36
- Application Layer
  37
- Driver/Receiver Board Options
  39
- Utility Resource (UR) Option
  41
- Basic Elements of the DRM System
  41
- Front Panel
  42
- Figure 1-1: Example DRM with Two Driver/Receiver Boards (DRA and DRB)
  42
- Figure 1-2: DRM Digital Resource Module Block Diagram
  43
- Figure 1-3: T940 Optional Front Panel PWR Connector
  43
- Power Converter (PC)
  44
- Digital Board (DB)
  44
- VXI Bridge
  44
- Inter-Module Control
  44
- Data Sequencer a and B
  44
- Driver/Receiver (DR) Board
  44
- Driver/Receiver Board a (DRA)
  44
- Driver/Receiver Board B (DRB)
  45
- Model and Part Number Information
  45
- Accessories
  47
Chapter 2

48
Chapter 3

60
Chapter 4

66
- Functional Description
  66
- Digital Board (DB)
  66
- Figure 4-1: T940 DRM Block Diagram
  66
- VXI Bridge
  67
- Terms Used in this Section
  67
- Description
  67
- Power Converter
  67
- Figure 4-2: T940 VXI Bridge Block Diagram
  67
- Type 1 and Type 3
  68
- Type 4
  68
- Inter-Module Control
  68
- Table 4-1: Power Converter Type 1 and Type 3 Ranges
  68
- Table 4-2: Power Converter Type 004 Ranges
  68
- Terms Used in this Section
  69
- Figure 4-3: T940 Inter-Module Control Block Diagram
  69
- Description
  70
- T940 Inter-Module Mode Settings
  70
- Examples
  72
- Data Sequencer
  75
- Figure 4-4: Data Sequencer Block Diagram
  75
- Terms Used in this Section
  76
- Sequence Logic
  78
- Master Clock
  78
- Figure 4-5: Sequencer Logic Block Diagram
  78
- System Clock
  79
- Test Logic
  79
- Record Control
  79
- Trigger Logic
  79
- Counter/Timer & Pulse Generator
  79
- Sequence Controller
  79
- Timers
  79
- Probe/Flag RAM
  79
- Pattern RAM
  80
- Record RAM
  80
- Frequency Synthesizer
  80
- Sequence Control
  80
- Channel Control
  80
- AUX & Probe Control
  80
- Driver/Receiver
  81
Chapter 5

82
- Soft Front Panel Operation
  82
- SFP Basics
  82
- SFP Main Panel
  83
- Figure 5-1: Reset Screen
  83
- Figure 5-2: Initialize Warning
  83
- Figure 5-3: Main Panel
  84
- Figure 5-4: Main Panel UR14
  84
- Company Logo
  85
- Active LED
  85
- Chassis Data
  85
- Module Data
  85
- Title Bar
  85
- Figure 5-5: Company Information Panel
  85
- SFP Main Panel Menu Bar
  86
- File Menu
  86
- Figure 5-6: Menu Bar
  86
- Figure 5-7: File Menu
  86
- Table 5-1: File Menu Descriptions
  86
- Config Menu
  87
- Figure 5-8: Config Menu
  87
- Table 5-2: Config Menu Descriptions
  87
- Edit Menu
  88
- Execute Menu
  88
- Figure 5-9: Edit Menu
  88
- Figure 5-10: Execute Menu
  88
- Table 5-3: Edit Menu Descriptions
  88
- Table 5-4: Execute Menu Descriptions
  88
- Instrument Menu
  89
- Help Menu
  89
- Figure 5-11: Instrument Menu
  89
- Figure 5-12: Help Menu
  89
- Table 5-5: Instrument Menu Descriptions
  89
- Opening a VXI DRM Session
  90
- Figure 5-13: about DRM Driver Screen
  90
- Table 5-6: Help Menu Descriptions
  90
- Configuring the Global Hardware Parameters
  91
- Configure Module Panel
  91
- Figure 5-14: Opening a VXI DRM Session
  91
- Inter-Module Mode
  92
- Figure 5-15: Configure Module Panel
  92
- Table 5-7: Inter-Module Types
  92
- Table 5-8: Inter-Module Mode Settings
  93
- Power Converter
  94
- Linked Trigger Bus
  94
- Table 5-9: Power Converter Ranges
  94
- Ltbn Signal
  95
- Figure 5-16: Configure Linked Trigger Bus Panel
  95
- Table 5-10: LTB Signal Pull-Down Settings
  95
- Invert
  96
- Direction
  96
- Group
  96
- Group Attributes
  96
- Figure 5-17: Configure Group Panel
  96
- Table 5-11: Direction Settings
  96
- Offset
  97
- IO Min
  97
- IO Max
  97
- Slew
  97
- Table 5-12: Group Offset Attribute Settings
  97
- OC Src
  98
- OC Sink
  98
- Update Group Settings
  98
- Table 5-13: Group Slew Attribute Settings
  98
- Group [1
  99
- Delay Signal
  99
- Delay
  99
- VXI Triggers
  99
- Table 5-14: Delay Signal Settings
  99
- TTLTRG and ECLTRG Signal
  100
- Figure 5-18: Set VXI Triggers DSA Panel
  100
- Table 5-15: Signal Pull-Down Settings
  100
- Invert
  101
- D/R Properties
  101
- Dut_Gnd
  102
- Voltage Mode
  102
- Figure 5-19: Configure Dsn D/R Properties Panel
  102
- Table 5-16: Voltage Mode Settings
  102
- MFSIG Source
  103
- MPSIG Signal
  103
- Table 5-17: MFSIG Settings
  103
- Table 5-18: MPSIG Source
  103
- Error Pulse Width
  104
- Record Mode
  104
- Table 5-19: Error Pulse Width Settings
  104
- Config Data Sequencer A/B
  105
- Configure Clocks
  105
- Figure 5-20: Configure Data Sequencer
  105
- Table 5-20: Record Mode Settings
  105
- Master Clock
  106
- Figure 5-21: Configure Clocks
  106
- Table 5-21: Master Clock Source Settings
  106
- System Clock
  107
- External Mode
  107
- Table 5-22: System Clock Source Settings
  107
- Table 5-23: External Mode Settings
  107
- External Offset
  108
- Synthesizer Freq (Mhz)
  108
- Synthesizer Ref Source
  108
- Reference Freq (Mhz)
  108
- Table 5-24: Synthesizer Ref Source Settings
  108
- Configure Timers
  109
- Figure 5-22: Configure Timers
  109
- Watchdog Action
  110
- Table 5-25: Watchdog Action
  110
- Watchdog Time
  111
- Sequence Timeout State
  111
- Sequence Timeout Time
  111
- Pattern Timeout
  111
- Table 5-26: Watchdog Timer Resolution Ranges
  111
- Table 5-27: Sequence Timeout State Action
  111
- Pattern Delay 1-2
  112
- Configure Triggers
  112
- Figure 5-23: Configure Triggers Panel
  112
- Trigger
  113
- Source
  113
- Table 5-28: Trigger Settings
  113
- Test Condition
  114
- Table 5-29: Trigger Source Settings
  114
- Table 5-30: Trigger Test Condition Settings
  114
- Input Mode
  115
- Edge Test Clear
  115
- Table 5-31: Trigger Input Mode Settings
  115
- Table 5-32 Trigger Event Clear Settings
  115
- Configure Pulse Generator
  116
- Resolution
  116
- Mode
  116
- Figure 5-24: Configure Pulse Generator
  116
- Step
  117
- Period
  117
- Delay
  117
- Table 5-33: Pulse Generator Mode Settings
  117
- Width
  118
- Configure Data Sequencer Settings
  118
- Error Record Basis
  119
- Raw Record Basis
  119
- Record Offset
  119
- Figure 5-25: Data Sequencer Configure Settings Panel
  119
- Table 5-34: Error Record Basis Settings
  119
- Table 5-35: Raw Record Basis Settings
  119
- Record Type
  120
- Error Count Basis
  120
- Table 5-36: Record Type Settings
  120
- Table 5-37: Error Count Basis Settings
  120
- Error Address Basis
  121
- Timing Mode
  121
- Table 5-38: Error Address Basis Settings
  121
- Table 5-39: Timing Mode Settings
  121
- Output-To-Input Disable
  122
- Pass Fail Basis
  122
- Table 5-40: Output-To-Input Disable Settings
  122
- Table 5-41: Pass Fail Basis Settings
  122
- Pass Valid Mode
  123
- Table 5-42: Pass Valid Mode Settings
  123
- Over-Current
  124
- Channel and Global Disable
  124
- Over-Current Window
  124
- Figure 5-26: Over-Current Panel
  124
- Drive Fault
  125
- Table 5-43: Over-Current Window Settings
  125
- Probe
  126
- Probe State
  126
- Figure 5-27: Probe Panel
  126
- Table 5-44: Drive Fault Settings
  126
- Offset
  127
- Probe Data
  127
- CRC Capture
  127
- Table 5-45: Probe Data Settings
  127
- Table 5-46: CRC Capture Settings
  127
- Probe Button
  128
- Probe Button Level
  128
- Probe Input Connect
  128
- Probe Input Compare High and Low
  128
- Table 5-47: Probe Button Settings
  128
- Probe Cal Connect
  129
- Probe Cal Signal
  129
- Probe Output Connect
  129
- Compensation
  129
- Table 5-48: Probe Cal Signal Settings
  129
- DC Cal
  130
- Attributes
  131
- Jump Pass Fail
  131
- Phase 3 Mode
  131
- Figure 5-28: Attribute Panel
  131
- Table 5-49: Jump Pass Fail Settings
  131
- Window 3 Mode
  132
- Window 3 Delay
  132
- CRC Preload
  132
- Table 5-50: Phase 3 Mode Settings
  132
- Table 5-51: Window 3 Mode Settings
  132
- CRC Algorithm and Capture Mask
  133
- Static State
  133
- Table 5-52: CRC Preload Settings
  133
- Table 5-53: CRC Algorithm and Mask Settings
  133
- Configuring the I/O Channels
  134
- Selecting the Channels
  134
- Figure 5-29: Configure Channels Panel
  134
- Table 5-54: Static State Settings
  134
- Channel Parameters
  135
- Stimulus Signal
  135
- Table 5-55: Stimulus Signal Settings
  135
- Stimulus Format
  136
- Table 5-56: Stimulus Format Settings
  136
- Capture Signal
  137
- Capture Mode
  138
- Static Mode
  138
- Table 5-57: Capture Signal Settings
  138
- Table 5-58: Capture Mode Settings
  138
- Properties
  139
- Configure Channel Properties
  139
- Table 5-59: Static Mode Settings
  139
- Driver Levels
  140
- Figure 5-30: Configure Channel Properties Panel
  140
- Comparator Levels
  141
- Driver Slew
  141
- Termination
  141
- Table 5-60: Slew Settings
  141
- Over-Current Alarm Levels
  142
- Active Load
  142
- Table 5-61: Active Load Settings
  142
- Figure 5-31: Current Load
  143
- Figure 5-32: Resistive to VCOM Load
  143
- Table 5-62: Resistive Settings
  143
- Channel Connect
  144
- Hybrid Connect
  144
- Comparator Delay
  144
- Table 5-63: Channel Connect Settings
  144
- Channel Mode
  145
- Configure UR14 Channel Properties
  145
- Compare Input (V)
  146
- OC Detect (A)
  146
- All Channels
  146
- Configuring the aux Channels
  146
- Figure 5-33: Configure UR14 Channel Properties Panel
  146
- Figure 5-34: Configure aux Channels Panel
  147
- Figure 5-35: Configure aux Channels Panel UR14
  147
- Table 5-64: Drn aux Configuration
  148
- Table 5-65: UR14 aux Configuration
  148
- Configuring the AUX/UAUX Signals
  149
- Figure 5-36: Shared AUX/UAUX Controls
  149
- State
  150
- Source
  150
- Table 5-66: aux Output State Settings
  150
- Table 5-67: aux Source Settings
  150
- Input Bus Source
  151
- Table 5-68: Input Bus Select Source Settings
  151
- Connect State
  152
- Properties (Programmable Logic)
  152
- ECL Mode (ECL Differential or Bipolar Logic)
  152
- Logic Mode (Lvttl/Bipolar ECL Logic)
  152
- Table 5-69: ECL Mode Settings
  152
- Configuring the Interrupts
  153
- Table 5-70: Logic Mode Settings
  153
- Condition
  154
- Event True
  154
- Event False
  154
- Event
  154
- Figure 5-37: Configure Interrupt
  154
- Editing the Data Sequencers
  155
- Editing the Timing Sets
  155
- Figure 5-38: Editing the Data Sequencers
  155
- Figure 5-39: Phase Timing
  155
- Figure 5-40: Data Sequencer Timing Sets Panel
  156
- Timing Set Value Rules
  157
- Advanced Timing Set Features
  157
- Phase/Window Spanning
  158
- Idle/Standby Timing
  158
- Editing the Patterns
  158
- Append
  159
- Figure 5-41: Edit Patterns Panel
  159
- Assign
  160
- Figure 5-42: Append Data Sequencer Pattern Sets Panel
  160
- Edit Data
  161
- Figure 5-43: Assign Data Sequencer Pattern Sets Panel
  161
- Figure 5-44: Pattern Set Sequencer Data Panel
  162
- Figure 5-45: Pattern Set Data - View Menu
  162
- Figure 5-46: Goto Pattern Panel
  163
- Figure 5-47: Pattern Codes
  163
- Figure 5-48: Probe Codes
  164
- Table 5-71: Probe Expect Codes
  165
- Figure 5-49: Pattern Set Data - File Menu
  167
- Table 5-72: Pattern Codes
  167
- Import/Export File Format
  168
- Header Format
  168
- Data Format
  168
- ASCII Hex
  168
- Table 5-73: Ascii/Binary Data Format
  169
- Binary
  170
- Table 5-74: Binary Block Format
  170
- ASCII String
  171
- Editing Waveforms
  171
- Waveform
  173
- Waveform Definition
  173
- Table 5-75: Waveform Table Size Settings
  173
- Editing Sequence Parameters
  174
- Lc0 - Lc15
  174
- Figure 5-52: Data Sequencer Parameters Panel
  174
- Pipeline
  175
- Vector Strobe
  175
- Table 5-76: Vector Strobe Settings
  175
- Set Vector Bits
  176
- Source
  176
- Figure 5-53: Edit Vector Bits Panel
  176
- Input Mode
  177
- Set Vector Table
  177
- Table 5-77: Vector Bit Source Settings
  177
- Table 5-78: Vector Bit Input Mode Settings
  177
- Vector Bit Index
  178
- Vector Jump Step
  178
- Timing Set
  178
- Set Channel Test
  178
- Figure 5-54: Edit Vector Table Panel
  178
- Expect
  179
- Mask
  179
- Figure 5-55: Sequencer Channel Test Panel
  179
- Editing Sequence Steps
  180
- Figure 5-56: Edit Sequence Step Panel
  180
- Internal T0CLK
  181
- Clocks Per Pattern
  181
- Figure 5-57: Sequence Step Data Panel
  181
- CPP Phase and Window Triggering
  182
- Timing Set
  182
- Last Step
  183
- Sequence Timeout
  183
- Gosub Return
  183
- Sequence Flag 1 and Sequence Flag 2
  183
- Jump Type
  183
- Jump Step
  184
- Jump Condition
  184
- Table 5-81: Jump Type Settings
  184
- Table 5-79: Jump Condition Settings
  184
- Loop Count
  185
- Loop Counter
  186
- Vector Jump
  186
- Pass Fail Clear
  186
- Step Record Mode
  186
- Table 5-80: Step Record Mode Settings
  186
- Timing
  187
- Table 5-81: Step Record Mode Settings
  187
- Patterns
  188
- Figure 5-58: Edit Timing Set Panel
  188
- Figure 5-59: Initialize Step Pattern Set Panel
  189
- Figure 5-60: Edit Pattern Set Panel
  189
- Properties
  190
- Handshake Control
  190
- Pause Signal
  190
- Figure 5-61: Sequence Step Properties Panel
  190
- Table 5-82: Handshake Pause Signal
  190
- Resume Modifier
  191
- Waveform Properties
  192
- Waveform1 - Waveform4
  192
- Waveform Table
  192
- Phase Trigger Properties
  192
- Table 5-83: Handshake Modifier Settings
  192
- Execute the Sequence
  193
- Figure 5-62: Executing a Sequence Panel
  193
- Execution Overview
  194
- Figure 5-63: Execute State Diagram
  194
- Table 5-84: Execute State Description
  194
- Table 5-85: Execute State Transition Description
  195
- Execute Panel Indicators
  196
- Idle LED
  196
- Active LED
  196
- Halt LED
  197
- Pause LED
  197
- Burst Error LED
  197
- Errors
  197
- Power Converter Alert
  197
- D/R Alert
  197
- Sequence Active
  198
- Step Number
  198
- Pattern Address
  198
- Record Count
  198
- Timing Set
  198
- Execute Panel Modes and Settings
  198
- Start/Arm Selector
  198
- Channel Drivers
  199
- Execute Idle Step
  199
- Table 5-86: Channel Drivers Settings
  199
- Execute Step
  200
- Burst
  200
- Halt Mode
  200
- Table 5-87: Halt Mode Settings
  200
- Finish Mode
  201
- Finish Mode Step
  201
- Table 5-88: Finish Mode Settings
  201
- Stop Mode
  202
- CRC Type
  202
- Set Sync
  202
- Table 5-89: Stop Mode Settings
  202
- Table 5-90: CRC Type Settings
  202
- Sync Number
  203
- Event (and Step)
  203
- Offset
  203
- Figure 5-64: Set Sync Panel
  203
- Table 5-91: Finish Mode Settings
  203
- Length
  204
- Execute Panel Command Buttons
  204
- Execute Idle
  204
- Execute
  204
- Halt
  204
- Resume
  205
- Stop
  205
- Reset
  205
- Master Reset
  205
- Deskew
  205
- Arm PG
  205
- Stop PG
  206
- Analyze the Execution Results
  206
- Static Data
  206
- Figure 5-65: Execute DSA View Menu
  206
- Stimulus Delay
  207
- Response Delay
  207
- Figure 5-66: Static Data Panel
  207
- Stimulus
  208
- Response
  208
- Kept Data
  208
- Table 5-92: Static Stimulus Settings
  208
- Table 5-93: Static Stimulus Settings
  208
- Results
  209
- Figure 5-67: Kept Data Panel
  209
- View
  210
- Save Results
  210
- CRC Save File Format
  210
- Figure 5-68: View Results Data Panel
  210
- Table 5-94: Results View Settings
  210
- Error Address Save File Format
  211
- Record Index Save File Format
  211
- Record Data Save File Format
  211
- Probe Data Save File Format
  212
- Crcs Display
  212
- Figure 5-69: View CRC Panel
  212
- Error Address Display
  213
- Figure 5-70: View Errors Address Panel
  213
- Record Index Display
  214
- Figure 5-71: Execution Results View Menu
  214
- Figure 5-72: View Errors Address Panel Hex
  214
- Record Data Display
  215
- Figure 5-73: Record Index Panel
  215
- Probe Data Memory Display
  216
- Figure 5-74: View Record Data Panel
  216
- Figure 5-75: Probe Data Panel
  217
- Table 5-95: Probe Memory Bit Descriptions
  217
- Status Indicator Panels
  220
- Sequencer Events
  220
- Figure 5-76: Sequencer Event Status Panel
  221
- Table 5-96: Sequence Enable/Condition/Event Bit Descriptions
  221
- Enable
  223
- Condition
  223
- Event
  223
- Clear Event
  223
- Sequencer Data Panel
  223
- Counter Active
  224
- Record Index Count
  224
- Sync Error Step
  224
- Sync Error Pattern Address
  224
- Figure 5-77: Sequencer Data DSA Panel
  224
- Status
  225
- Driver/Receiver Events Panel
  225
- Table 5-97: Sequence Status Bit Descriptions
  225
- Figure 5-78: DR3E/DR9/UR14 Driver/Receiver (D/R) Events Panel
  226
- Table 5-98: Sequence Status Bit Descriptions
  226
- Figure 5-79: DR4 Driver/Receiver (D/R) Events Panel
  227
- Table 5-99: Sequence Status Bit Descriptions
  227
- Enable
  228
- Condition
  228
- Event
  228
- Clear Event
  228
- Alert Text
  228
- Driver/Receiver Data Panel
  229
- Table 5-100: Alert Bit Descriptions
  229
- Figure 5-80: Driver/Receiver Data Panel
  230
- VXI Trigger Readback Panel
  231
- Query Power Results Message
  231
- Figure 5-81: VXI Trigger Readback Panel
  231
- Power Converter Condition Panel
  232
- Figure 5-82: Query Power Results Message
  232
- Figure 5-83: Power Converter Condition Panel
  232
- Counter/Timer Panel
  233
- Function
  233
- Figure 5-84: Timer/Counter Panel
  233
- Input <1-3> Source
  234
- Table 5-101: Counter/Timer Function Settings
  234
- Table 5-102: Counter/Timer Input <1-3> Source
  234
- Input <1-3> Slope
  235
- Aperture
  235
- Trigger
  235
- Table 5-103: Counter/Timer Input <1-3> Slope
  235
- Table 5-104: Counter/Timer Aperture
  235
- Initiate
  236
- Results
  236
- PMU Panel
  236
- Figure 5-85: PMU Panel
  236
- Table 5-105: Timer/Counter Trigger Source
  236
- Channel
  237
- Measure Voltage
  237
- Instrument Functions
  237
- Self Test
  237
- Figure 5-86: Self Test Result Message
  237
- Table 5-106: Self Test Result Code Descriptions
  238
- Full RAM Test
  239
- Power Converter Test
  239
- Figure 5-87: Full RAM Test Results Panel
  239
- Calibration Panel
  240
- Figure 5-88: Power Converter Test Results Panel
  240
- Table 5-107: Power Converter Test Thresholds
  240
- Driver/Receiver
  241
- Calibrate Function
  241
- Figure 5-89: Calibration Confirmation Panel
  241
- Figure 5-90: Calibration Panel
  241
- Serial Number
  242
- Start Chan
  242
- Meas. Delay
  242
- Table 5-108: Calibrate Function Settings
  242
- End Channel
  243
- Run
  243
- Figure 5-91: Confirm Calibrate Panel
  243
- Figure 5-92: Calibrate Warm-Up Panel
  243
- Verify
  244
- Figure 5-93: Calibrate Run Panel
  244
- Figure 5-94: Confirm Verify Panel
  245
- Figure 5-95: Verify Select Directory Panel
  245
- Figure 5-96: Verify Warm-Up Panel
  246
- Figure 5-97: Verify Run Panel
  246
- Export
  247
- Stop
  247
- Update
  247
- Monitor Temperature Panel
  247
- Trip Temperature
  247
- Figure 5-98: DB Monitor Temperature Panel
  247
- Figure 5-99: Dr3E Monitor Temperature Panel
  248
- Figure 5-100: DR9 Monitor Temperature Panel
  249
- Figure 5-101: UR14 Monitor Temperature Panel
  249
- Voltage Monitor Panel
  250
- Voltage
  250
- Figure 5-102: DR3E, DR9 and UR14 Voltage Monitoring Panel
  250
- V- Voltage
  251
- Front Panel DUT_GND
  251
- Extforce
  251
- Extsense
  251
- Channel
  251
- Monitor Signal
  251
- Monitor Voltage
  252
- DR4 Voltage Monitor Panel and Controls
  252
- Mux Signal
  252
- Channel
  252
- Figure 5-103: DR4 Voltage Monitoring Panel
  252
- Mode
  253
- Positive Signal
  253
- Negative Signal
  253
- AD Signal
  253
- CD Signal or E_S Signal
  253
- Register
  253
- Value
  254
- Chip Temperature Panel
  254
- Figure 5-104: Dr3E Chip Temperature
  254
- Utility Reference Monitor
  255
- Figure 5-105: DR9 Chip Temperature
  255
- Figure 5-106: UR14 Chip Temperature
  255
- Monitor Signal
  256
- Figure 5-107: Utility Reference Monitor
  256
- Table 5-109: UR14 Monitor Signal Settings
  256
- SFP Close Message
  257
- Figure 5-108: SFP Close Message
  257
- Figure 5-109: SFP Reset Message
  257
Chapter 6

258
- Programmable Channel Calibration
  258
- Performance Verification
  258
- Table 6-1: Calibration Functions and DRM Requirement
  258
- Environmental Conditions
  259
- Voltage Mode
  259
- And V- Requirements
  259
- Warm-Up Period
  259
- Recommended Test Equipment
  259
- Table 6-2: Recommended Power Converter Settings
  259
- Basic Setup
  260
- Calibration Interval
  260
- Calibration Temperature
  260
- Table 6-3: Recommended Calibration Equipment
  260
- Calibration Procedures
  261
- Figure 6-1: Invoke the Calibrate DRM Panel from the SFP
  261
- ADC Reference (Via EXTERNAL FORCE)
  262
- Select Calibrate Function
  262
- Select Measurement Delay
  263
- Run Calibration
  264
- Figure 6-2: T940-Dr3E-Dr3E Connection Diagram
  264
- Figure 6-3: T940-DR9-DR9 or T940-UR14 Connection Diagram
  264
- Monitor + ADC
  265
- Select Calibrate Function
  265
- Select Start and End Channels and Measurement Delay
  266
- DRM Calibration Warmup
  266
- Run Calibration
  267
- Source/Sink Load
  268
- Select Calibrate Function
  268
- Run Calibration
  268
- Figure 6-4: T940-Dr3E-Dr3E Connection Diagram
  269
- Figure 6-5: T940-DR9-DR9 or T940-UR14 Connection Diagram
  269
- Dvh/Dvl
  270
- Select Calibrate Function
  270
- Select Start and End Channels and Measurement Delay
  271
- DRM Calibration Warmup
  271
- Run Calibration
  271
- Cvh/Cvl
  272
- Select Calibrate Function
  272
- Select Start and End Channels and Measurement Delay
  273
- DRM Calibration Warmup
  273
- Run Calibration
  274
- Vcom High/Low
  275
- Select Calibrate Function
  275
- Select Start and End Channels and Measurement Delay
  275
- DRM Calibration Warmup
  276
- Run Calibration
  276
- Source/Sink Load
  277
- Select Calibrate Function
  277
- Select Start and End Channels and Measurement Delay
  278
- DRM Calibration Warmup
  278
- Run Calibration
  279
- Ial/Iah
  280
- Select Calibrate Function
  280
- Select Start and End Channels and Measurement Delay
  280
- DRM Calibration Warmup
  281
- Run Calibration
  281
- Timing Characteristics
  284
Chapter 7

284
- Specifications
  284
- Stimulus/Capture Characteristics
  286
- Recording Mode Characteristics
  287
- Sequencer Characteristics
  288
- Master Clock (MCLK)
  290
- Counter/Timer Characteristics
  291
- Pulse Generator Characteristics
  292
- Calibration
  292
- Front Panel I/O
  293
- VXI Interface
  293
- Table 7-1: Power Requirements (DB Only)
  293
- Environmental
  294
Chapter 8

296
Appendix A Glossary of Terms and Acronyms

340
- DR1 Driver/Receiver Board
  346
- Front Panel Connectors
  346
- Block Diagram
  346
- Auxiliary Driver & Receiver I/O
  347
- Figure B-1: DR1 Driver/Receiver Block Diagram
  347
- Signal Descriptions
  348
- Figure B-2: Auxiliary Driver & Receiver I/O Block Diagram
  348
- DR1 Driver & Receiver I/O
  349
- Signal Descriptions
  349
- Control Logic
  349
- Figure B-3: DR1 Driver & Receiver I/O Block Diagram
  349
- Signal Descriptions
  350
- Table B-1: DR1 Characteristics
  350
- Power Requirements
  351
- Environmental
  351
- Table B-2: DR1 Power Requirements
  351
- DRA I/O Channels (J200
  352
- Figure B-4: J200 and J201 Connectors
  352
- Table B-3: DR1, DRA I/O Channels (J200
  352
- Table B-4: DR1 Pinout by Pin Number (DRA
  353
- Table B-5: DR1, DRB I/O Channels (J201
  354
- Table B-6: DR1 Pinout by Pin Number (DRB
  355
- Figure B-5: Front Panel PWR Connector
  356
- Table B-7: PWR Connector
  356
- Calibration
  357
- Table B-8: Calibration Settings
  357
- DR2 Driver/Receiver Board
  358
- DR2 Features
  358
- Front Panel Connectors
  358
- Block Diagram
  358
- Auxilliary Driver & Receiver I/O
  359
- Figure C-1: DR2 Driver/Receiver Block Diagram
  359
- Signal Descriptions
  360
- Figure C-2: Auxiliary Driver & Receiver I/O Block Diagram
  360
- DR2 Driver & Receiver I/O
  361
- Signal Descriptions
  361
- Control Logic
  361
- Figure C-3: DR2 Driver & Receiver I/O Block Diagram
  361
- Signal Descriptions
  362
- DR2 Characteristics
  362
- Table C-1: DR2 Characteristics
  362
- Environmental
  363
- Table C-2: DR2 Power Requirements
  363
- DR2 Signal Description
  364
- DRA I/O Channels (J200
  364
- Figure C-4: J200 and J201 Connectors
  364
- Table C-3: DR2, DRA I/O Channels (J200
  364
- Table C-4: DR2 Pinout by Pin Number (DRA
  365
- DRB I/O Channels (J201
  367
- Table C-5: DR2, DRB I/O Channels (J201
  367
- Table C-6: DR2 Pinout by Pin Number (DRB
  368
- PWR Connector
  369
- Figure C-5: Front Panel PWR Connector
  369
- Calibration
  370
- Table C-7: PWR Connector
  370
- Table C-8: Calibration Settings
  370
- Front Panel Connectors
  372
- Block Diagram
  372
- Auxiliary Driver & Receiver I/O
  373
- Figure D-1: Dr3E Driver/Receiver Block Diagram
  373
- Signal Descriptions
  374
- Figure D-2: Auxiliary Driver & Receiver I/O Block Diagram
  374
- Dr3E Driver & Receiver I/O
  375
- Signal Descriptions
  375
- Control Logic
  375
- Figure D-3: Dr3E Driver & Receiver I/O Block Diagram
  375
- Signal Descriptions
  377
- Figure D-4: Dr3E Control Logic Block Diagram
  377
- Firmware & NV Data
  378
- Signal Descriptions
  378
- Dr3E Characteristics
  379
- Table D-1: Dr3E Characteristics
  379
- Table D-2: Dr3E I/O Min/Max Levels Front Panel
  380
- Table D-3: Dr3E I/O Min/Max Levels Power Converter Type 1
  381
- Table D-4: VXI Power Requirements with Front Panel Power
  381
- Environmental
  382
- Dr3E Signal Description
  383
- Figure D-5: J200 and J201 Connectors
  383
- Table D-6: Dr3E, DRA I/O Channels (J200
  384
- Table D-7: Dr3E Pinout by Pin Number (DRA
  385
- Table D-8: Dr3E, DRB I/O Channels (J201
  386
- Table D-9: Dr3E Pinout by Pin Number (DRB
  387
- Figure D-6: Front Panel Optional Dr3E PWR Connector
  388
- Calibration
  389
- Table D-10: PWR Connector
  389
- Table D-11: Calibration Settings
  389
- DR4 Features
  390
- Front Panel Connectors
  390
- Block Diagram
  390
- Figure E-1: DR4 I/O Block Diagram
  391
- Signal Descriptions
  392
- Signal Descriptions
  393
- Figure E-2: DR4 Driver/Receiver Block Diagram
  393
- Auxiliary Driver & Receiver I/O
  394
- Figure E-3: Auxiliary Driver & Receiver I/O Block Diagram
  394
- Figure E-4: DR4 Power Configuration
  395
- DR4 Characteristics
  396
- Table E-1: DR4 Characteristics
  396
- Power Requirements
  397
- Environmental
  397
- Table E-2: VXI Power Requirements
  397
- DR4 Signal Description
  398
- Figure E-5: J200 and J201 Connectors
  398
- Table E-3: DR4, DRA I/O Channels (J200
  398
- Table E-4: DR4 Pinout by Pin Number (DRA
  398
- Table E-5: DR4, DRB I/O Channels (J201
  400
- Table E-6: DR4 Pinout by Pin Number (DRB
  400
- Calibration
  401
- Table E-7: Calibration Settings
  401
- DR7 Driver/Receiver Board
  402
- DR7 Features
  402
- Front Panel Connectors
  402
- Block Diagram
  402
- Auxiliary Driver & Receiver I/O
  403
- Figure F-1: DR7 Driver/Receiver Block Diagram
  403
- Signal Descriptions
  404
- Figure F-2: Auxiliary Driver & Receiver I/O Block Diagram
  404
- DR7 Driver & Receiver I/O
  405
- Signal Descriptions
  405
- Figure F-3: DR7 Driver & Receiver I/O Block Diagram
  405
- Control Logic
  406
- Signal Descriptions
  406
- Firmware & NV Data
  406
- DR7 Characteristics
  406
- Table F-1: DR7 Characteristics
  406
- Power Requirements
  407
- Environmental
  407
- Table F-2: DR7 Power Requirements
  407
- DR7 Signal Description
  408
- DRA I/O Channels (J200
  408
- Figure F-4: J200 and J201 Connectors
  408
- Table F-3: DR7, DRA I/O Channels (J200
  408
- Table F-4: DR7 Pinout by Pin Number (DRA
  409
- DRB I/O Channels (J201
  411
- Calibration
  411
- Table F-5: DR7, DRB I/O Channels (J201
  411
- Table F-6: Calibration Settings
  411
- DR8 Driver/Receiver Board
  412
- DR8 Features
  412
- Front Panel Connectors
  412
- Auxiliary Driver & Receiver I/O
  413
- Figure G-1: DR8 Driver/Receiver Block Diagram
  413
- Signal Descriptions
  414
- Figure G-2: Auxiliary Driver & Receiver I/O Block Diagram
  414
- DR8 Driver & Receiver I/O
  415
- Signal Descriptions
  415
- Control Logic
  415
- Figure G-3: DR8 Driver & Receiver I/O Block Diagram
  415
- Firmware & NV Data
  416
- Signal Descriptions
  416
- DR8 Characteristics
  416
- Table G-1: DR8 Characteristics
  416
- Power Requirements
  417
- Environmental
  417
- Table G-2: DR8 Power Requirements
  417
- DR8 Signal Description
  418
- DRA I/O Channels (J200
  418
- Figure G-4: J200 and J201 Connectors
  418
- Table G-3: DR8, DRA I/O Channels (J200
  418
- Table G-4: DR8 Pin out by Pin Number (DRA
  419
- DRB I/O Channels (J201
  420
- Table G-5: DR8, DRB I/O Channels (J201
  420
- Table G-6: DR8 Pin out by Pin Number (DRB
  421
- PWR Connector
  422
- Figure G-5: Front Panel PWR Connector
  422
- Table G-7: PWR Connector
  422
- Calibration
  423
- Table G-8: Calibration Settings
  423
- DR9 Driver/Receiver Board
  424
- DR9 Features
  424
- Front Panel Connectors
  424
- Figure H-1: DR9 Front Panel Connectors
  425
- Block Diagram
  426
- Figure H-2: DR9 Driver/Receiver Block Diagram
  426
- Auxiliary Driver & Receiver I/O
  427
- Signal Descriptions
  427
- DR9 Driver & Receiver I/O
  427
- Figure H-3: Auxiliary Driver & Receiver I/O Block Diagram
  427
- Signal Descriptions
  428
- Control Logic
  428
- Figure H-4: DR9 Driver & Receiver I/O Block Diagram
  428
- Signal Descriptions
  430
- Figure H-5: DR9 Control Logic Block Diagram
  430
- Firmware & NV Data
  431
- Signal Descriptions
  431
- DR9 Characteristics
  431
- Table H-1: DR9 Characteristics
  431
- Table H-2: DR9 I/O Min/Max Levels Front Panel
  433
- Table H-3: DR9 I/O Min/Max Levels Power Converter Type 1
  434
- Table H-4: DR9 Power Requirements (Not Including Power Converter Power Consumption
  434
- Environmental
  435
- Figure H-6: DR9 J1A, J1B, J2A, J2B, J3A and J3B Signal Connectors
  436
- Table H-5: DRA Resources
  437
- Table H-6: J3A Connector Pinout by Pin Number
  437
- Table H-7: J2A Connector Pinout by Pin Number
  437
- Table H-8: J1A Connector Pinout by Pin Number
  438
- DRB Resources
  439
- Table H-9: DRB Resources
  439
- Table H-10: J3B Connector Pinout by Pin Number
  439
- Table H-11: 2B Connector Pinout by Pin Number
  439
- Table H-12: J1B Connector Pinout by Pin Number
  440
- Table H-13: J9A Pinout
  441
- Table H-14: J9B Pinout
  441
- Calibration
  442
- UR14 Driver/Receiver Board
  444
- UR14 Features
  444
- Block Diagram
  444
- Figure I-1: UR14 Front Panel
  445
- Figure I-2: UR14 Driver/Receiver Block Diagram
  446
- Auxiliary Driver and Receiver I/O ECL/LVTTL
  447
- Figure I-3: Auxiliary AUX3 a & AUX[5:12] a LVTTL & DIFF ECL I/O
  447
- Signal Descriptions (Figure
  448
- Figure I-4: Auxiliary AUX[5:8] B LVTTL | SE ECL I/O
  449
- Figure I-5: Auxiliary AUX[9:12] B SE | DIFF ECL I/O
  450
- Probe I/O
  451
- Figure I-6: Probe I/O Block Diagram
  451
- Figure I-7: Programmable Driver and Receiver I/O
  453
- Open Collector Channels I/O
  454
- Signal Descriptions (Figure
  455
- Figure I-8: Open Collector Channel I/O
  455
- ADC Voltage and Temperature Monitoring
  456
- Figure I-9: ADC Voltage and Temperature Monitoring
  456
- UR14 Control Logic
  458
- Firmware and Calibration Storage
  458
- External Probe Module Block Diagram
  458
- External Probe Module
  459
- External Probe Module
  461
- Figure I-11: External Probe Module Flush Mount
  461
- Figure I-12: External Probe Module Right Angle
  461
- Figure I-13: External Probe Module with Probe
  462
- Table I-1: External Probe Module Characteristics
  462
- UR14 Characteristics
  463
- Utility Channels
  463
- Table I-2: Utility Channel Characteristics
  463
- Programmable Channels
  464
- Table I-3: Programmable Channel Characteristics
  464
- Table I-4: Programmable aux I/O Min/Max Levels Front Panel
  466
- Table I-5: Programmable aux I/O Min/Max Levels Power Converter Type 1
  466
- Adc_In
  467
- Probe Support
  467
- Figure I-10: External Probe Module
  467
- Table I-6: ADC_IN Characteristics
  467
- Table I-7: Probe Support
  467
- Table I-8: Probe Module Characteristics
  467
- Power Requirements
  469
- Table I-9: Auxiliary I/O Channel Characteristics
  469
- Table I-10: Power Requirements (Not Including Power Converter Power Consumption
  469
- Environmental
  470
- Table I-11: Environmental
  470
- UR14 Signal Description
  471
- Figure I-14: Front Panel Connectors
  471
- Ur14 I/O (J1A, J1B, J2A, J2B, J3A, J3B
  472
- Table I-12: UR14 Resources
  472
- Table I-13: J3A Connector Pinout by Pin Number
  473
- Table I-14: J3B Connector Pinout by Pin Number
  474
- Table I-15: J2A Connector Pinout by Pin Number
  474
- Table I-16: J3B Connector Pinout by Pin Number
  475
- Table I-17: J1A Connector Pinout by Pin Number
  475
- Table I-18: J1B Connector Pinout by Pin Number
  475
- Figure I-15: UR14 J9 Calibration and Signal Connectors
  476
- Calibration
  477
- DRM Timing Characteristics
  478
- Introduction
  478
- External aux Input Timing Adjustments
  478
- External aux Output Timing Adjustments
  479
- TRG Input Timing Adjustments
  479
- TRG Output Timing Adjustments
  479
- AUX Input to TRG
  479
- TRG Input to aux Output
  479
- DRS Timing Adjustments
  479
- External T0CLK to T0CLK in (at Min. Delay Setting
  479
- External Halt Setup Time to SEQ_CLK out
  480
- External Pause to CLK Cease
  480
- External Pause/Phase Resume to CLK Resume
  480
- External Jump Setup Time to T0CLK in
  480
- External Start Setup Time to T0CLK in
  481
- External Stop Setup Time to T0CLK in
  481
- A Channel Input to TRG Bus (for a Channel Test
  481
- Seq_Act/Idle_Act/Sync Pulse/Seq. Flag to TRG Bus
  481

Advertisement

Advertisement

Related Products

Astronics Categories

Measuring Instruments Control Unit Computer Hardware Portable Generator Amplifier

More Astronics Manuals