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IPN 074-545-P1E
Cygnus 2 Operating Manual
13.3 STOP messages
When a Cygnus 2 Material goes into STOP, a cause of stop message appears on
the line above STOP if the "Show Graph" Operate screen is selected. Some of
these messages will have designators to indicate the Material, Source or Sensor
that caused the Stop. Table 13-3 indicates which messages have designators and
what the designator indicates.
Table 13-3 Stop messages
Cause of STOP
Message
Set Clear Screen Remote
Comm.
Encodes
Max Power X Maximum power was reached
and held there for more then 5
seconds and the Material
parameter Max Power Option is
set to Stop on Max Power.
X = Material
A RESET command
received from the keyboard,
digital input, remote
communications or a Logic
action.
A Start, if the condition
causing the stop has been
cleared and the Material
layer can resume.
All
1
Crystal Fail X There was a crystal failure and
the Material parameter Failure
Action is set to stop on fail.
X = Sensor.
2
Hand Controller STOP command was received
from the handheld controller.
3
Front Panel Keyboard STOP key was
pressed.
4
Communication A STOP command was received
from remote communications.
5
Crucible Fail X The Cygnus 2 failed to detect a
good crucible in the time allowed.
X = Source
6
Switcher Fail X A crystal switch failed.
X = Sensor
7
Logic Eqn #N A STOP command was received
from logic statement number #.
8
Power Loss The Cygnus 2 lost power. 10
Shutter Fail X The desired Rate Accuracy has
not been achieved in the alotted
time in Shutter Delay.
X = Material.
13
DAC Failure Monitoring of the DAC output via
an ADC determined that the
output voltage is incorrect.
15
- OPERATING MANUAL 1
- Trademarks 4
- Disclaimer 4
- Copyright 4
- Warranty 7
- Table Of Contents 9
- TOC - 2 10
- Chapter 2 10
- Installation and Interfaces 10
- Chapter 3 11
- Operation 11
- TOC - 4 12
- Chapter 4 12
- Sensor & Source Set-Up 12
- Chapter 5 12
- Material Set-Up 12
- TOC - 5 13
- TOC - 6 14
- Chapter 9 14
- Remote Communications 14
- TOC - 7 15
- TOC - 9 17
- TOC - 10 18
- 1.1 Introduction 19
- 1.2 Cygnus 2 Safety 20
- 1.2.3 Earth Ground 22
- 1.2.4 Main Power Connection 23
- 1.3 How To Contact INFICON 24
- 1.4 Cygnus 2 Specifications 25
- 1.4.1 Measurement 25
- 1.4.2 Screens and Hierarchy 25
- 1.4.3 Cygnus 2 Features 26
- 1 - 10 28
- 1 - 11 29
- 1.4.4 ‘Display 30
- 1.4.5 DAC Outputs 31
- 1.4.6 Logic Processing 32
- 1.4.7 Relays / Inputs 32
- 1 - 15 33
- 1.4.14 Size 34
- 1.4.16 Weight 34
- 1.4.17 Cleaning 34
- 1.5 Unpacking and Inspection 35
- 1.6.1 Base Configurations 35
- 1.6.3 Optional Accessories 36
- 1.6.4 Oscillator Packages 36
- 1.6.5 Sensors 36
- 1.6.6 Replacement Cables 36
- 1 - 19 37
- 2.1 Location Guidelines 39
- 2.1.1 Sensor Types 39
- 2.1.2 Sensor Installation 39
- 2.1.3 Cygnus 2 Installation 42
- . See Figure 43
- 2.3.1 Routing XIU Cables 45
- I/O Board #1 I/O Board #2 48
- I/O Board #3 48
- Signal Name Pin EIA Name 49
- TX Transmit Data 2 BA 49
- RX Receive Data 3 BB 49
- SG Signal Ground 5 AB 49
- GND Shield Ground 1 49
- 2 - 12 50
- 3.1 Front Panel Controls 51
- 3.2 Rear Panel Interfaces 53
- 3.3 Displays 55
- 3.3.1 Main Menu Display 55
- 3.3.2 Operate 56
- 3.3.3 Sensor Information 58
- 3 - 10 60
- 3 - 11 61
- Figure 3-7 Type/Freq display 61
- 3 - 12 62
- 3.3.4 Sensor Screen 63
- 3.3.5 Source 64
- 3.3.6 Material 65
- 3 - 16 66
- 3.3.7 General 67
- 3 - 18 68
- 3.3.8 Digital I/O 69
- 3.3.9 Logic 70
- 3.3.10 Maintenance 70
- 3.3.11 Counter / Timer 70
- 3.3.12 USB Storage 70
- See Figure 3-16 71
- 3 - 22 72
- 3.4 State Descriptions 73
- 3 - 24 74
- 3.5 Special Features 75
- 3.5.1 Crystal Switching 75
- 3 - 26 76
- 3 - 27 77
- 3 - 28 78
- 3.5.3 Auto-Z 79
- 3.5.4 Rate Watcher 81
- 3.5.5 Handheld Controller 81
- 3.5.6 Test Mode 82
- 3.5.7 USB Storage Device 83
- 3.5.8 Lock and Access Codes 84
- 3.5.9 Datalog 85
- 3 - 36 86
- 3 - 37 87
- Table 3-3 Sensor 1 to 6 87
- 3 - 38 88
- 3 - 39 89
- 3.5.10 DAC Monitoring 90
- 3.5.11 Trend Analysis 90
- 4.1.2 Sensor Parameters 92
- 4.2.1 Source Navigation 94
- 4.2.2 Source Parameters 95
- 5.1 Introduction 99
- 5.1.1 Material Overview Page 99
- 5.1.2 Material Definition 100
- Cygnus 2 Operating Manual 101
- Figure 5-4 Time constant 102
- TOOLING TF 105
- 5 - 10 108
- 5 - 11 109
- 5 - 12 110
- 5 - 13 111
- 5 - 14 112
- 5 - 15 113
- 5 - 16 114
- 5.2.1 Skip Deposit 115
- 5 - 18 116
- 6.1 General Set-Up Overview 117
- 6.2 General Process Page 117
- 6.3 DACs Page Parameters 118
- 6.4 COMM Page Parameters 119
- 6.5 MESSAGE Page Set-up 121
- 6.6 DATE / TIME Set Up 122
- 6.7 TEST Page Set Up 123
- 6.8 LOCK Page Code Set-up 124
- 6 - 10 126
- 7.1 Digital I/O Screen 127
- 7.2 All Input Page 127
- 7.3 All Output Page 128
- 7.4 I/O Board Page 129
- 7.4.1 Output Type 129
- 8.1 Logic Statement Overview 131
- 8.2.1 Logic Statement Groups 133
- 8.3 IF Event Definitions 137
- 8 - 10 140
- 8 - 11 141
- 8 - 12 142
- 8 - 13 143
- 8.4 THEN Action Definitions 144
- 8 - 15 145
- 8 - 16 146
- 8.5 Logic Statement Example 147
- 8 - 18 148
- 9.2 Physical Connections 149
- 9.2.1 RS-232C Serial Port 149
- 9.2.2 TCP/IP Ethernet Port 150
- Properties. See Figure 9-2 151
- 9.3 Message Format 153
- 9.3.1 Protocol 153
- Table 9-1 Data type codes 155
- 9.4 Communication Commands 158
- 9.4.2 Status Commands 159
- 9.4.3 HELLO Command 159
- 9 - 12 160
- QG 160
- 9 - 14 162
- 9 - 16 164
- IPN 074-545-P1E 165
- 9 - 18 166
- 9 - 20 168
- 9.4.8 Query Sensor Parameter 169
- 9 - 22 170
- 9 - 24 172
- 9.4.14 Query Material Name 173
- 9.4.15 Update Material Name 173
- 9.4.16 Query Input Name 173
- 9.4.17 Update Input Name 173
- 9.4.18 Query Output Name 173
- 9.4.19 Update Output Name 174
- 9.4.20 Query Output Type 174
- 9.4.21 Update Output Type 174
- 9.4.22 Query User Message 174
- 9.4.23 Update User Message 175
- 9.4.24 Query Logic Statement 175
- 9.4.26 Cygnus 2 Event List 177
- 9 - 30 178
- 9 - 31 179
- 9 - 32 180
- 9.4.27 Cygnus 2 Action List 181
- 9 - 34 182
- 9.4.28 Status General 183
- 9 - 36 184
- 9 - 37 185
- 9.4.29 Status Material 186
- 9 - 39 187
- 9.4.30 Status Sensor 188
- Command 188
- 9.4.31 Remote General Action 190
- 9 - 43 191
- 9 - 44 192
- 9 - 45 193
- Table 9-16 Remote material 193
- 9 - 46 194
- 9 - 47 195
- 9 - 48 196
- 9 - 49 197
- 9 - 50 198
- 9 - 51 199
- 9 - 52 200
- 9 - 53 201
- 9 - 54 202
- 10.2 Determining Density 203
- 10.3 Determining Tooling 204
- 10 - 3 205
- 10.5 Source Maintenance 207
- 10 - 6 208
- 10.6 System Status 209
- 10 - 8 210
- 11.1 Introduction 211
- 11 - 2 212
- Chapter 12 213
- USB Storage 213
- 12.3 Configuration Files 214
- 12.4 Data Logs 215
- 12.5 Screen Captures 216
- 13.1 Status Messages 217
- 13 - 2 218
- 13.2 User Messages 220
- 13.3 STOP messages 221
- 13.4 Transient Messages 222
- 13 - 8 224
- Maintenance 225
- 13.5 Input Error Messages 226
- 13.6 Troubleshooting Guide 227
- 13 - 12 228
- 13 - 13 229
- 13 - 14 230
- 13 - 15 231
- 13 - 16 232
- 13 - 17 233
- 13 - 18 234
- 13 - 19 235
- 13.7 Replacing the Crystal 236
- 13.7.1 Front Load 236
- 13.7.2 Cool Drawer 237
- 13 - 22 238
- 13.7.4 Bakeable Sensor 239
- 13.7.5 Sputtering Sensor 240
- 13.7.6 Crystal Snatcher 241
- 13.7.7 CrystalSix (XtalSix) 241
- 13.8 Crystal Sensor Emulator 242
- IPN 760-601-G1 or 760-601-G2 242
- 13.8.1 Diagnostic Procedures 243
- 13 - 29 245
- 13.8.2 % XTAL Life 246
- 13 - 31 247
- 13.8.4 Specifications 248
- 14.1 Basics 249
- 14.1.1 Monitor Crystals 250
- Frequency (in MHz) 251
- 14.1.3 Z-match Technique 253
- 14.1.4 Active Oscillator 254
- 14.1.5 ModeLock Oscillator 255
- 14 - 8 256
- 14.1.6 Auto-Z Theory 257
- 14.1.7 Control Loop Theory 259
- [controller] [process] 261
- A.1 Introduction 263
- A - 10 272
- Index - 1 273
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