Table Of Contents - National Instruments NI cRIO-905x Series User Manual

Table of Contents

Table Of Contents2
Configuring The Crio-905X2
Connecting The Device To The Host Computer Using Usb3
Connecting The Device To The Host Computer Or Network Using Ethernet4
Finding The Device On The Network (Dhcp)4
Configuring Startup Options4
Ports And Connectors6
Usb 2.0 Type-C Device Port With Console Out6
Crio-905X Features6
Usb 3.1 Type-C Host Port7
Pfi 07
Power Connector7
Microsd Card Removable Storage8
Power Supplies8
Power Accessories8
Microsd Storage Accessories8
Rj-45 Gigabit Ethernet Port9
Microsd Card Slot Cover9
Rj-45 Gigabit Ethernet Cables9
Buttons10
Reset Button Behavior10
Troubleshooting Network Connectivity10
Leds11
Cmos Reset Button11
Power Led Indicators11
User Leds12
Status Led Indicators12
Sd In Use Led Indicators13
Ethernet Led Indicators13
Chassis Grounding Screw14
Internal Real-Time Clock14
Digital Routing14
Clock Routing15
80 Mhz Timebase15
Synchronization Across A Network16
Internal Timebase16
20 Mhz And 100 Khz Timebases16
40 Mhz Onboard Clock16
Network-Based Synchronization17
Differences Between Ieee 802.1As-2011 And Ieee 1588-200817
Battery18
File System18
Ieee 1588 External Switch Requirements18
Mounting The Controller19
System Mounting Configuration19
Alternative Mounting Configurations20
Mounting Requirements20
Minimum Spacing Dimensions20
Dimensions21
Cabling Clearance21
Ambient Temperature Measurement Location21
4-Slot Controller Front Dimensions22
8-Slot Controller Front Dimensions22
Front Mounting On A Flat Surface23
Side Dimensions23
Surface Mounting Front Dimensions24
Rear Mounting On A Flat Surface25
Surface Mounting Rear Dimensions27
Mounting The Controller On A Panel27
Panel Mounting Dimensions30
Mounting On A Din Rail31
Clipping The Controller On A Din Rail32
Mounting On A Rack33
Mounting The Device On A Desktop33
Components Of The Ni Desktop Mount Kit33
Desktop Mounting Front Dimensions36
Desktop Mounting Side Dimensions36
Choosing Your Programming Mode37
Analog Input With Ni-Daqmx38
Hardware-Timed Single Point (Hwtsp) Mode38
Supported Programming Modes For Popular Tasks38
Analog Input Triggering Signal39
Analog Input Timing Signals39
Ai Sample Clock Signal39
Ai Sample Clock Timebase Signal40
Ai Start Trigger Signal40
Routing The Sample Clock To An Output Terminal40
Using A Digital Source40
Using An Analog Source41
Routing Ai Start Trigger To An Output Terminal41
Using A Time Source41
Ai Reference Trigger Signal41
Ai Pause Trigger Signal42
Reference Trigger Final Buffer42
Ai Convert Clock Signal Behavior For Analog Input Modules43
Scanned Modules43
Simultaneous Sample-And-Hold Modules43
Delta-Sigma Modules43
Analog Output With Ni-Daqmx44
Getting Started With Ai Applications In Software44
Slow Sample Rate Modules44
Analog Output Data Generation Methods45
Software-Timed Generations45
Hardware-Timed Generations45
Analog Output Triggering Signals46
Buffered Analog Input46
Analog Output Timing Signals47
Ao Sample Clock Signal47
Routing Ao Sample Clock To An Output Terminal47
Analog Output Timing Options47
Ao Sample Clock Timebase Signal48
Ao Start Trigger Signal48
Routing Ao Start Trigger Signal To An Output Terminal48
Minimizing Glitches On The Output Signal49
Ao Pause Trigger Signal49
Ao Pause Trigger With The Onboard Clock Source49
Ao Pause Trigger With Other Signal Source49
Digital Input/Output With Ni-Daqmx50
Serial Dio Versus Parallel Dio Modules50
Static Dio50
Getting Started With Ao Applications In Software50
Digital Input51
Digital Input Triggering Signals51
Digital Input Timing Signals52
Di Sample Clock Signal52
Di Sample Clock Timebase Signal52
Di Sample Clock Timing Options52
Using An Internal Source53
Using An External Source53
Di Start Trigger Signal53
Routing Di Sample Clock To An Output Terminal53
Di Reference Trigger Signal54
Routing Di Start Trigger To An Output Terminal54
Digital Input Filters55
Routing Di Reference Trigger Signal To An Output Terminal55
Di Pause Trigger Signal55
Change Detection Event56
To Generate Digital Input56
Getting Started With Di Applications In Software56
Change Detection Acquisition56
Digital Output Data Generation Methods57
Digital Output Triggering Signals58
Buffered Digital Output58
Digital Output Timing Signals59
Do Sample Clock Signal59
Do Sample Clock Timebase Signal59
Digital Output Timing Options59
Do Start Trigger Signal60
Do Pause Trigger Signal60
Digital Input/Output Configuration For Ni 940161
Getting Started With Do Applications In Software61
Do Pause Trigger With The Onboard Clock Source61
Do Pause Trigger With Other Signal Source61
Pfi With Ni-Daqmx62
Pfi Filters62
Selectable Pfi Filter Settings62
Counters With Ni-Daqmx63
Controller Counter 0 And Frequency Generator63
Counter Timing Engine64
Counter Timing Measurements64
Counter Triggering65
Default Counter/Timer Routing66
Cascading Counters66
Prescaling66
Synchronization Modes67
80 Mhz Source Mode67
External Or Internal Source Less Than 20 Mhz67
Counter Input Applications68
Counting Edges68
Single Point (On-Demand) Edge Counting68
Buffered (Sample Clock) Edge Counting69
Single Point (On-Demand) Edge Counting With Pause Trigger69
Pulse-Width Measurement70
Single Pulse-Width Measurement70
Implicit Buffered Pulse-Width Measurement70
Sample Clocked Buffered Pulse-Width Measurement71
Pulse Measurement72
Single Pulse Measurement72
Implicit Buffered Pulse Measurement72
Semi-Period Measurement73
Sample Clocked Buffered Pulse Measurement73
Single Semi-Period Measurement74
Implicit Buffered Semi-Period Measurement74
Pulse Versus Semi-Period Measurements74
Frequency Measurement75
Low Frequency With One Counter75
High Frequency With Two Counters76
Large Range Of Frequencies With Two Counters76
Sample Clocked Buffered Frequency Measurement77
Choosing A Method For Measuring Frequency78
Frequency Measurement Methods Table79
50 Khz Frequency Measurement Methods Table80
5 Mhz Frequency Measurement Methods Table80
Period Measurement82
Position Measurement82
Measurements Using Quadrature Encoders82
Channel Z Behavior83
X1 Encoding83
X2 Encoding83
Measurements Using Two Pulse Encoders84
Buffered (Sample Clock) Position Measurement84
Channel Z Reload With X4 Decoding84
Two-Signal Edge-Separation Measurement85
Single Two-Signal Edge-Separation Measurement85
Implicit Buffered Two-Signal Edge-Separation Measurement86
Sample Clocked Buffered Two-Signal Separation Measurement86
Counter Output Applications87
Simple Pulse Generation87
Pulse Train Generation88
Single Pulse Generation With Start Trigger88
Finite Pulse Train Generation89
Retriggerable Pulse Or Pulse Train Generation89
Continuous Pulse Train Generation90
Retriggerable Single Pulse Generation With Initial Delay On Retrigger90
Retriggerable Single Pulse Generation False90
Buffered Pulse Train Generation91
Finite Implicit Buffered Pulse Train Generation91
Continuous Buffered Implicit Pulse Train Generation92
Finite Buffered Sample Clocked Pulse Train Generation92
Frequency Generation93
Continuous Buffered Sample Clocked Pulse Train Generation93
Frequency Division94
Frequency Generator Block Diagram94
Frequency Generator Output Waveform94
Counter Timing Signals95
Pulse Generation For Ets95
Counter Applications And Counter N Source96
Counter N Gate Signal97
Counter N Aux Signal97
Routing A Signal To Counter N Gate97
Counter N A, Counter N B, And Counter N Z Signals98
Counter N Up_Down Signal98
Counter N Hw Arm Signal98
Counter N Sample Clock Signal99
Worldwide Support And Services100
Counter N Internal Output And Counter N Tc Signals100
Frequency Output Signal100