Sign In
Upload
Manuals
Brands
National Instruments Manuals
I/O Systems
E Series
User Manuals: National Instruments E Series DAQ
Manuals and User Guides for National Instruments E Series DAQ. We have
7
National Instruments E Series DAQ manuals available for free PDF download: User Manual, Programmer's Manual
National Instruments E Series User Manual (265 pages)
Brand:
National Instruments
| Category:
Computer Hardware
| Size: 3 MB
Table of Contents
Table of Contents
6
About this Manual
13
Conventions
13
Related Documentation
14
NI-DAQ for Windows
14
NI-Daqmx for Linux
14
NI-Daqmx Base
15
Labview
15
Labwindows/CVI
16
Measurement Studio
16
ANSI C Without ni Application Software
17
NET Languages Without ni Application Software
17
Device Documentation and Specifications
18
Training Courses
18
Technical Support on the Web
18
DAQ System Overview
19
DAQ Hardware
20
Daq-Stc
21
Calibration Circuitry
21
Internal or Self-Calibration
22
External Calibration
22
Signal Conditioning
22
Sensors and Transducers
22
Signal Conditioning Options
23
Scxi
23
Scc
24
5B Series
24
Cables and Accessories
24
Using Accessories with Devices
25
Custom Cabling
27
Programming Devices in Software
28
I/O Connector Signal Descriptions
29
Terminal Name Equivalents
32
+5 V Power Source
34
Analog Input
35
Analog Input Circuitry
35
Mux
35
Instrumentation Amplifier (ni
36
A/D Converter
36
Ai Fifo
36
Analog Trigger
36
AI Timing Signals
36
Input Polarity and Range
36
Analog Input Terminal Configuration
39
Dither
42
Multichannel Scanning Considerations
43
Use Low Impedance Sources
44
Use Short High-Quality Cabling
45
Carefully Choose the Channel Scanning Order
45
Avoid Switching from a Large to a Small Input Range
45
Insert Grounded Channel between Signal Channels
45
Minimize Voltage Step between Adjacent Channels
46
Avoid Scanning Faster than Necessary
46
Example 1
46
Example 2
47
AI Data Acquisition Methods
47
Software-Timed Acquisitions
47
Hardware-Timed Acquisitions
47
Analog Input Triggering
48
AI Start Trigger Signal
49
Using a Digital Source
49
Using an Analog Source
49
Outputting the AI Start Trigger Signal
50
AI Reference Trigger Signal
50
Using a Digital Source
52
Using an Analog Source
52
Outputting the AI Reference Trigger Signal
52
AI Pause Trigger Signal
53
Using a Digital Source
53
Using an Analog Source
53
Connecting Analog Input Signals
54
Types of Signal Sources
56
Floating Signal Sources
56
Ground-Referenced Signal Sources
56
Differential Connection Considerations
56
Differential Connections for Ground-Referenced Signal Sources
57
Common-Mode Signal Rejection Considerations
58
Differential Connections for Non-Referenced or Floating Signal Sources
58
Single-Ended Connection Considerations
60
Common-Mode Signal Rejection Considerations
60
Single-Ended Connections for Floating Signal Sources (RSE Configuration)
61
Single-Ended Connections for Grounded Signal Sources (NRSE Configuration)
61
Field Wiring Considerations
62
Configuring AI Modes in Software
63
Traditional NI-DAQ (Legacy)
63
NI-Daqmx
63
Analog Input Timing Signals
64
AI Start Trigger Signal
66
Using a Digital Source
67
Using an Analog Source
67
Outputting the AI Start Trigger Signal
67
AI Reference Trigger Signal
68
Using a Digital Source
69
Using an Analog Source
70
Outputting the AI Reference Trigger Signal
70
AI Pause Trigger Signal
70
Using a Digital Source
70
Using an Analog Source
71
AI Sample Clock Signal
71
Using an Internal Source
71
Using an External Source
71
Outputting the AI Sample Clock Signal
72
Other Timing Requirements
73
AI Sample Clock Timebase Signal
74
AI Convert Clock Signal
75
Using an Internal Source
75
Using an External Source
76
Outputting the AI Convert Clock Signal
76
Using a Delay from Sample Clock to Convert Clock
77
Other Timing Requirements
77
AI Convert Clock Timebase Signal
79
Master Timebase Signal
79
AI Hold Complete Event Signal
80
External Strobe Signal
80
Getting Started with AI Applications in Software
81
Analog Output
82
Analog Output Circuitry
82
Dacs
82
Dac Fifo
82
AO Sample Clock
83
Polarity and Reference Selection
83
Reference Selection
83
Polarity Selection
84
Reglitch Selection
84
Minimizing Glitches on the Output Signal
84
AO Data Generation Methods
85
Software-Timed Generations
85
Hardware-Timed Generations
85
Buffered
85
Non-Buffered
86
Analog Output Triggering
86
AO Start Trigger Signal
87
Using a Digital Source
87
Using an Analog Source
87
Outputting the AO Start Trigger Signal
87
AO Pause Trigger Signal
88
Using a Digital Source
88
Using an Analog Source
88
Connecting Analog Output Signals
89
Waveform Generation Timing Signals
90
AO Start Trigger Signal
90
Advertisement
National Instruments E Series User Manual (265 pages)
DAQ
Brand:
National Instruments
| Category:
Computer Hardware
| Size: 3 MB
Table of Contents
Table of Contents
6
About this Manual
13
Conventions
13
Related Documentation
14
NI-DAQ for Windows
14
NI-Daqmx for Linux
14
NI-Daqmx Base
15
Labview
15
Labwindows/CVI
16
Measurement Studio
16
ANSI C Without ni Application Software
17
NET Languages Without ni Application Software
17
Device Documentation and Specifications
18
Training Courses
18
Technical Support on the Web
18
DAQ System Overview
19
DAQ Hardware
20
Daq-Stc
21
Calibration Circuitry
21
Internal or Self-Calibration
22
External Calibration
22
Signal Conditioning
22
Sensors and Transducers
22
Signal Conditioning Options
23
Scxi
23
Scc
24
5B Series
24
Cables and Accessories
24
Using Accessories with Devices
25
Custom Cabling
27
Programming Devices in Software
28
I/O Connector Signal Descriptions
29
Terminal Name Equivalents
32
+5 V Power Source
34
Analog Input
35
Analog Input Circuitry
35
Mux
35
Instrumentation Amplifier (ni
36
A/D Converter
36
Ai Fifo
36
Analog Trigger
36
AI Timing Signals
36
Input Polarity and Range
36
Analog Input Terminal Configuration
39
Dither
42
Multichannel Scanning Considerations
43
Use Low Impedance Sources
44
Use Short High-Quality Cabling
45
Carefully Choose the Channel Scanning Order
45
Avoid Switching from a Large to a Small Input Range
45
Insert Grounded Channel between Signal Channels
45
Minimize Voltage Step between Adjacent Channels
46
Avoid Scanning Faster than Necessary
46
Example 1
46
Example 2
47
AI Data Acquisition Methods
47
Software-Timed Acquisitions
47
Hardware-Timed Acquisitions
47
Analog Input Triggering
48
AI Start Trigger Signal
49
Using a Digital Source
49
Using an Analog Source
49
Outputting the AI Start Trigger Signal
50
AI Reference Trigger Signal
50
Using a Digital Source
52
Using an Analog Source
52
Outputting the AI Reference Trigger Signal
52
AI Pause Trigger Signal
53
Using a Digital Source
53
Using an Analog Source
53
Connecting Analog Input Signals
54
Types of Signal Sources
56
Floating Signal Sources
56
Ground-Referenced Signal Sources
56
Differential Connection Considerations
56
Differential Connections for Ground-Referenced Signal Sources
57
Common-Mode Signal Rejection Considerations
58
Differential Connections for Non-Referenced or Floating Signal Sources
58
Single-Ended Connection Considerations
60
Common-Mode Signal Rejection Considerations
60
Single-Ended Connections for Floating Signal Sources (RSE Configuration)
61
Single-Ended Connections for Grounded Signal Sources (NRSE Configuration)
61
Field Wiring Considerations
62
Configuring AI Modes in Software
63
Traditional NI-DAQ (Legacy)
63
NI-Daqmx
63
Analog Input Timing Signals
64
AI Start Trigger Signal
66
Using a Digital Source
67
Using an Analog Source
67
Outputting the AI Start Trigger Signal
67
AI Reference Trigger Signal
68
Using a Digital Source
69
Using an Analog Source
70
Outputting the AI Reference Trigger Signal
70
AI Pause Trigger Signal
70
Using a Digital Source
70
Using an Analog Source
71
AI Sample Clock Signal
71
Using an Internal Source
71
Using an External Source
71
Outputting the AI Sample Clock Signal
72
Other Timing Requirements
73
AI Sample Clock Timebase Signal
74
AI Convert Clock Signal
75
Using an Internal Source
75
Using an External Source
76
Outputting the AI Convert Clock Signal
76
Using a Delay from Sample Clock to Convert Clock
77
Other Timing Requirements
77
AI Convert Clock Timebase Signal
79
Master Timebase Signal
79
AI Hold Complete Event Signal
80
External Strobe Signal
80
Getting Started with AI Applications in Software
81
Analog Output
82
Analog Output Circuitry
82
Dacs
82
Dac Fifo
82
AO Sample Clock
83
Polarity and Reference Selection
83
Reference Selection
83
Polarity Selection
84
Reglitch Selection
84
Minimizing Glitches on the Output Signal
84
AO Data Generation Methods
85
Software-Timed Generations
85
Hardware-Timed Generations
85
Buffered
85
Non-Buffered
86
Analog Output Triggering
86
AO Start Trigger Signal
87
Using a Digital Source
87
Using an Analog Source
87
Outputting the AO Start Trigger Signal
87
AO Pause Trigger Signal
88
Using a Digital Source
88
Using an Analog Source
88
Connecting Analog Output Signals
89
Waveform Generation Timing Signals
90
AO Start Trigger Signal
90
National Instruments E Series User Manual (265 pages)
Brand:
National Instruments
| Category:
I/O Systems
| Size: 3 MB
Table of Contents
Table of Contents
6
About this Manual
13
Conventions
13
Related Documentation
14
NI-DAQ for Windows
14
NI-Daqmx for Linux
14
NI-Daqmx Base
15
Labview
15
Labwindows/CVI
16
Measurement Studio
16
ANSI C Without ni Application Software
17
NET Languages Without ni Application Software
17
Device Documentation and Specifications
18
Training Courses
18
Technical Support on the Web
18
DAQ System Overview
19
DAQ Hardware
20
Daq-Stc
21
Calibration Circuitry
21
Internal or Self-Calibration
22
External Calibration
22
Signal Conditioning
22
Sensors and Transducers
22
Signal Conditioning Options
23
Scxi
23
Scc
24
5B Series
24
Cables and Accessories
24
Using Accessories with Devices
25
Custom Cabling
27
Programming Devices in Software
28
I/O Connector Signal Descriptions
29
Terminal Name Equivalents
32
+5 V Power Source
34
Analog Input
35
Analog Input Circuitry
35
Mux
35
Instrumentation Amplifier (ni
36
A/D Converter
36
Ai Fifo
36
Analog Trigger
36
AI Timing Signals
36
Input Polarity and Range
36
Analog Input Terminal Configuration
39
Dither
42
Multichannel Scanning Considerations
43
Use Low Impedance Sources
44
Use Short High-Quality Cabling
45
Carefully Choose the Channel Scanning Order
45
Avoid Switching from a Large to a Small Input Range
45
Insert Grounded Channel between Signal Channels
45
Minimize Voltage Step between Adjacent Channels
46
Avoid Scanning Faster than Necessary
46
Example 1
46
Example 2
47
AI Data Acquisition Methods
47
Software-Timed Acquisitions
47
Hardware-Timed Acquisitions
47
Analog Input Triggering
48
AI Start Trigger Signal
49
Using a Digital Source
49
Using an Analog Source
49
Outputting the AI Start Trigger Signal
50
AI Reference Trigger Signal
50
Using a Digital Source
52
Using an Analog Source
52
Outputting the AI Reference Trigger Signal
52
AI Pause Trigger Signal
53
Using a Digital Source
53
Using an Analog Source
53
Connecting Analog Input Signals
54
Types of Signal Sources
56
Floating Signal Sources
56
Ground-Referenced Signal Sources
56
Differential Connection Considerations
56
Differential Connections for Ground-Referenced Signal Sources
57
Common-Mode Signal Rejection Considerations
58
Differential Connections for Non-Referenced or Floating Signal Sources
58
Single-Ended Connection Considerations
60
Common-Mode Signal Rejection Considerations
60
Single-Ended Connections for Floating Signal Sources (RSE Configuration)
61
Single-Ended Connections for Grounded Signal Sources (NRSE Configuration)
61
Field Wiring Considerations
62
Configuring AI Modes in Software
63
Traditional NI-DAQ (Legacy)
63
NI-Daqmx
63
Analog Input Timing Signals
64
AI Start Trigger Signal
66
Using a Digital Source
67
Using an Analog Source
67
Outputting the AI Start Trigger Signal
67
AI Reference Trigger Signal
68
Using a Digital Source
69
Using an Analog Source
70
Outputting the AI Reference Trigger Signal
70
AI Pause Trigger Signal
70
Using a Digital Source
70
Using an Analog Source
71
AI Sample Clock Signal
71
Using an Internal Source
71
Using an External Source
71
Outputting the AI Sample Clock Signal
72
Other Timing Requirements
73
AI Sample Clock Timebase Signal
74
AI Convert Clock Signal
75
Using an Internal Source
75
Using an External Source
76
Outputting the AI Convert Clock Signal
76
Using a Delay from Sample Clock to Convert Clock
77
Other Timing Requirements
77
AI Convert Clock Timebase Signal
79
Master Timebase Signal
79
AI Hold Complete Event Signal
80
External Strobe Signal
80
Getting Started with AI Applications in Software
81
Analog Output
82
Analog Output Circuitry
82
Dacs
82
Dac Fifo
82
AO Sample Clock
83
Polarity and Reference Selection
83
Reference Selection
83
Polarity Selection
84
Reglitch Selection
84
Minimizing Glitches on the Output Signal
84
AO Data Generation Methods
85
Software-Timed Generations
85
Hardware-Timed Generations
85
Buffered
85
Non-Buffered
86
Analog Output Triggering
86
AO Start Trigger Signal
87
Using a Digital Source
87
Using an Analog Source
87
Outputting the AO Start Trigger Signal
87
AO Pause Trigger Signal
88
Using a Digital Source
88
Using an Analog Source
88
Connecting Analog Output Signals
89
Waveform Generation Timing Signals
90
AO Start Trigger Signal
90
Advertisement
National Instruments E Series User Manual (265 pages)
Brand:
National Instruments
| Category:
I/O Systems
| Size: 3 MB
Table of Contents
Table of Contents
6
About this Manual
13
Conventions
13
Related Documentation
14
NI-DAQ for Windows
14
NI-Daqmx for Linux
14
NI-Daqmx Base
15
Labview
15
Labwindows/CVI
16
Measurement Studio
16
ANSI C Without ni Application Software
17
NET Languages Without ni Application Software
17
Device Documentation and Specifications
18
Training Courses
18
Technical Support on the Web
18
DAQ System Overview
19
DAQ Hardware
20
Daq-Stc
21
Calibration Circuitry
21
Internal or Self-Calibration
22
External Calibration
22
Signal Conditioning
22
Sensors and Transducers
22
Signal Conditioning Options
23
Scxi
23
Scc
24
5B Series
24
Cables and Accessories
24
Using Accessories with Devices
25
Custom Cabling
27
Programming Devices in Software
28
I/O Connector Signal Descriptions
29
Terminal Name Equivalents
32
+5 V Power Source
34
Analog Input
35
Analog Input Circuitry
35
Mux
35
Instrumentation Amplifier (ni
36
A/D Converter
36
Ai Fifo
36
Analog Trigger
36
AI Timing Signals
36
Input Polarity and Range
36
Analog Input Terminal Configuration
39
Dither
42
Multichannel Scanning Considerations
43
Use Low Impedance Sources
44
Use Short High-Quality Cabling
45
Carefully Choose the Channel Scanning Order
45
Avoid Switching from a Large to a Small Input Range
45
Insert Grounded Channel between Signal Channels
45
Minimize Voltage Step between Adjacent Channels
46
Avoid Scanning Faster than Necessary
46
Example 1
46
Example 2
47
AI Data Acquisition Methods
47
Software-Timed Acquisitions
47
Hardware-Timed Acquisitions
47
Analog Input Triggering
48
AI Start Trigger Signal
49
Using a Digital Source
49
Using an Analog Source
49
Outputting the AI Start Trigger Signal
50
AI Reference Trigger Signal
50
Using a Digital Source
52
Using an Analog Source
52
Outputting the AI Reference Trigger Signal
52
AI Pause Trigger Signal
53
Using a Digital Source
53
Using an Analog Source
53
Connecting Analog Input Signals
54
Types of Signal Sources
56
Floating Signal Sources
56
Ground-Referenced Signal Sources
56
Differential Connection Considerations
56
Differential Connections for Ground-Referenced Signal Sources
57
Common-Mode Signal Rejection Considerations
58
Differential Connections for Non-Referenced or Floating Signal Sources
58
Single-Ended Connection Considerations
60
Common-Mode Signal Rejection Considerations
60
Single-Ended Connections for Floating Signal Sources (RSE Configuration)
61
Single-Ended Connections for Grounded Signal Sources (NRSE Configuration)
61
Field Wiring Considerations
62
Configuring AI Modes in Software
63
Traditional NI-DAQ (Legacy)
63
NI-Daqmx
63
Analog Input Timing Signals
64
AI Start Trigger Signal
66
Using a Digital Source
67
Using an Analog Source
67
Outputting the AI Start Trigger Signal
67
AI Reference Trigger Signal
68
Using a Digital Source
69
Using an Analog Source
70
Outputting the AI Reference Trigger Signal
70
AI Pause Trigger Signal
70
Using a Digital Source
70
Using an Analog Source
71
AI Sample Clock Signal
71
Using an Internal Source
71
Using an External Source
71
Outputting the AI Sample Clock Signal
72
Other Timing Requirements
73
AI Sample Clock Timebase Signal
74
AI Convert Clock Signal
75
Using an Internal Source
75
Using an External Source
76
Outputting the AI Convert Clock Signal
76
Using a Delay from Sample Clock to Convert Clock
77
Other Timing Requirements
77
AI Convert Clock Timebase Signal
79
Master Timebase Signal
79
AI Hold Complete Event Signal
80
External Strobe Signal
80
Getting Started with AI Applications in Software
81
Analog Output
82
Analog Output Circuitry
82
Dacs
82
Dac Fifo
82
AO Sample Clock
83
Polarity and Reference Selection
83
Reference Selection
83
Polarity Selection
84
Reglitch Selection
84
Minimizing Glitches on the Output Signal
84
AO Data Generation Methods
85
Software-Timed Generations
85
Hardware-Timed Generations
85
Buffered
85
Non-Buffered
86
Analog Output Triggering
86
AO Start Trigger Signal
87
Using a Digital Source
87
Using an Analog Source
87
Outputting the AO Start Trigger Signal
87
AO Pause Trigger Signal
88
Using a Digital Source
88
Using an Analog Source
88
Connecting Analog Output Signals
89
Waveform Generation Timing Signals
90
AO Start Trigger Signal
90
National Instruments E Series User Manual (265 pages)
Brand:
National Instruments
| Category:
Computer Hardware
| Size: 3 MB
Table of Contents
Table of Contents
6
About this Manual
13
Conventions
13
Related Documentation
14
NI-DAQ for Windows
14
NI-Daqmx for Linux
14
NI-Daqmx Base
15
Labview
15
Labwindows/CVI
16
Measurement Studio
16
ANSI C Without ni Application Software
17
NET Languages Without ni Application Software
17
Device Documentation and Specifications
18
Training Courses
18
Technical Support on the Web
18
DAQ System Overview
19
DAQ Hardware
20
Daq-Stc
21
Calibration Circuitry
21
Internal or Self-Calibration
22
External Calibration
22
Signal Conditioning
22
Sensors and Transducers
22
Signal Conditioning Options
23
Scxi
23
Scc
24
5B Series
24
Cables and Accessories
24
Using Accessories with Devices
25
Custom Cabling
27
Programming Devices in Software
28
I/O Connector Signal Descriptions
29
Terminal Name Equivalents
32
+5 V Power Source
34
Analog Input
35
Analog Input Circuitry
35
Mux
35
Instrumentation Amplifier (ni
36
A/D Converter
36
Ai Fifo
36
Analog Trigger
36
AI Timing Signals
36
Input Polarity and Range
36
Analog Input Terminal Configuration
39
Dither
42
Multichannel Scanning Considerations
43
Use Low Impedance Sources
44
Use Short High-Quality Cabling
45
Carefully Choose the Channel Scanning Order
45
Avoid Switching from a Large to a Small Input Range
45
Insert Grounded Channel between Signal Channels
45
Minimize Voltage Step between Adjacent Channels
46
Avoid Scanning Faster than Necessary
46
Example 1
46
Example 2
47
AI Data Acquisition Methods
47
Software-Timed Acquisitions
47
Hardware-Timed Acquisitions
47
Analog Input Triggering
48
AI Start Trigger Signal
49
Using a Digital Source
49
Using an Analog Source
49
Outputting the AI Start Trigger Signal
50
AI Reference Trigger Signal
50
Using a Digital Source
52
Using an Analog Source
52
Outputting the AI Reference Trigger Signal
52
AI Pause Trigger Signal
53
Using a Digital Source
53
Using an Analog Source
53
Connecting Analog Input Signals
54
Types of Signal Sources
56
Floating Signal Sources
56
Ground-Referenced Signal Sources
56
Differential Connection Considerations
56
Differential Connections for Ground-Referenced Signal Sources
57
Common-Mode Signal Rejection Considerations
58
Differential Connections for Non-Referenced or Floating Signal Sources
58
Single-Ended Connection Considerations
60
Common-Mode Signal Rejection Considerations
60
Single-Ended Connections for Floating Signal Sources (RSE Configuration)
61
Single-Ended Connections for Grounded Signal Sources (NRSE Configuration)
61
Field Wiring Considerations
62
Configuring AI Modes in Software
63
Traditional NI-DAQ (Legacy)
63
NI-Daqmx
63
Analog Input Timing Signals
64
AI Start Trigger Signal
66
Using a Digital Source
67
Using an Analog Source
67
Outputting the AI Start Trigger Signal
67
AI Reference Trigger Signal
68
Using a Digital Source
69
Using an Analog Source
70
Outputting the AI Reference Trigger Signal
70
AI Pause Trigger Signal
70
Using a Digital Source
70
Using an Analog Source
71
AI Sample Clock Signal
71
Using an Internal Source
71
Using an External Source
71
Outputting the AI Sample Clock Signal
72
Other Timing Requirements
73
AI Sample Clock Timebase Signal
74
AI Convert Clock Signal
75
Using an Internal Source
75
Using an External Source
76
Outputting the AI Convert Clock Signal
76
Using a Delay from Sample Clock to Convert Clock
77
Other Timing Requirements
77
AI Convert Clock Timebase Signal
79
Master Timebase Signal
79
AI Hold Complete Event Signal
80
External Strobe Signal
80
Getting Started with AI Applications in Software
81
Analog Output
82
Analog Output Circuitry
82
Dacs
82
Dac Fifo
82
AO Sample Clock
83
Polarity and Reference Selection
83
Reference Selection
83
Polarity Selection
84
Reglitch Selection
84
Minimizing Glitches on the Output Signal
84
AO Data Generation Methods
85
Software-Timed Generations
85
Hardware-Timed Generations
85
Buffered
85
Non-Buffered
86
Analog Output Triggering
86
AO Start Trigger Signal
87
Using a Digital Source
87
Using an Analog Source
87
Outputting the AO Start Trigger Signal
87
AO Pause Trigger Signal
88
Using a Digital Source
88
Using an Analog Source
88
Connecting Analog Output Signals
89
Waveform Generation Timing Signals
90
AO Start Trigger Signal
90
National Instruments E Series Programmer's Manual (162 pages)
Register-Level Programmer Manual, Multifunction I/O Boards for PCI Bus Computers, Register-Level
Brand:
National Instruments
| Category:
I/O Systems
| Size: 1 MB
Table of Contents
Table of Contents
4
About this Manual
9
Conventions Used in this Manual
10
Organization of this Manual
10
Customer Communication
11
Related Documentation
11
Chapter 1 General Description
12
General Characteristics
12
Chapter 2 Theory of Operation
14
Figure 2-1. PCI-MIO-16E-1, PCI-MIO-16E-4, and PCI-6071E Block Diagram
14
Functional Overview
14
Figure 2-2. PCI-MIO-16XE-10, PCI-6052E, and PCI-6031E Block Diagram
15
Figure 2-3. PCI-6023E, PCI-6024E, and PCI-6025E Block Diagram
16
Figure 2-4. PCI-6032E and PCI-6033E Block Diagram
17
Figure 2-5. PCI-MIO-16XE-50 Block Diagram
18
PCI Interface Circuitry
19
Analog Input and Timing Circuitry
20
Figure 2-6. PCI Bus Interface Circuitry Block Diagram
20
Analog Input Circuitry
21
Figure 2-7. Analog Input and Data Acquisition Circuitry Block Diagram
21
Table 2-1. PGIA Gain Set Verses Board
22
Data Acquisition Timing Circuitry
24
Single-Read Timing
24
Data Acquisition Sequence Timing
25
Figure 2-8. ADC Timing
25
Figure 2-9. Timing of Scan in Example 1
27
Figure 2-10. Multirate Scanning of Two Channels
28
Figure 2-11. Multirate Scanning of Two Channels with 1:X Sampling Rate
28
Figure 2-12. Multirate Scanning of Two Channels with 3:1:1 Sampling Rate
29
Figure 2-13. Multirate Scanning of Three Channels with 4:2:1 Sampling Rate
29
Figure 2-14. Multirate Scanning Without Ghost
30
Figure 2-16. Successive Scans Using Ghost
30
Posttrigger and Pretrigger Acquisition
31
Table 2-2. Analog Input Configuration Memory
31
Analog Triggering
32
Analog Output and Timing Circuitry
33
Figure 2-17. Analog Output Circuitry Block Diagram
33
Analog Output Circuitry
34
Analog Output Timing Circuitry
35
Single-Point Output
35
Waveform Generation
36
Digital I/O Circuitry
37
Figure 2-18. DAQ-STC Counter Diagram
37
Timing I/O Circuitry
37
RTSI Bus Interface Circuitry
38
Figure 2-19. RTSI Bus Interface Circuitry Block Diagram
39
Chapter 3 Register Map and Descriptions
40
Register Map
40
Table 3-1. PCI E Series Register Map
41
Register Sizes
42
Register Descriptions
42
Misc Register Group
42
Table 3-2. PCI E Series Windowed Register Map
42
Serial Command Register
43
Misc Command Register
44
Status Register
45
Analog Input Register Group
46
ADC FIFO Data Register
47
Configuration Memory Low Register
48
Table 3-3. PGIA Gain Selection
49
Configuration Memory High Register
50
Table 3-4. Calibration Channel Assignments
51
Table 3-5. Differential Channel Assignments
52
Table 3-6. Nonreferenced Single-Ended Channel Assignments
52
Table 3-7. Referenced Single-Ended Channel Assignments
53
Analog Output Register Group
54
Table 3-8. Auxiliary Channel Assignments
54
Table 3-9. Channel Assignments
54
AO Configuration Register
55
DAC FIFO Data Register
57
DAC0 Direct Data Register
58
DAC1 Direct Data Register
59
DMA Control Register Group
60
AI AO Select Register
61
G0 G1 Select Register
62
DAQ-STC Register Group
63
FIFO Strobe Register Group
63
ADC FIFO Clear Register
63
Configuration Memory Clear Register
63
DAC FIFO Clear Register
63
Chapter 4 Programming
64
Pcl Local Bus
64
PCI Initialization for the IBM Compatible System
65
Re-Mapping the PCI E Series Board
66
PCI Initialization for the Macintosh
67
Programming Examples
68
Windowing Registers
68
Digital I/O
70
Example 1
70
Example 2
70
Analog Input
71
Example 1
72
Example 2
75
Example 3
77
National Instruments E Series User Manual (132 pages)
Multifunction I/O Cards for PCMCIA
Brand:
National Instruments
| Category:
I/O Systems
| Size: 0 MB
Table of Contents
User Manual
1
Important Information
3
Table of Contents
4
Appendix A
8
Daqcard-AI-16E-4
8
Daqcard-AI-16XE-50
9
This Document was Created with Framemaker 4
10
Installation
10
Organization of this Manual
10
Conventions Used in this Manual
11
Configuration
12
National Instruments Documentation
12
Related Documentation
13
Chapter 1 Introduction
14
About the Daqcard E Series
14
Labview and Labwindows/CVI Application Software
15
Software Programming Choices
15
What You Need to Get Started
15
NI-DAQ Driver Software
16
Register-Level Programming
17
Figure 1-1. the Relationship between the Programming Environment, NI-DAQ, and Your Hardware
17
Optional Equipment
18
Custom Cabling
18
Unpacking
19
Installation and Configuration
20
Figure 2-1. a Typical Configuration for the Daqcard E Series Card
21
Chapter 3 Hardware Overview
23
Figure 3-1. Daqcard-AI-16E-4 Block Diagram
23
Analog Input
24
Input Mode
24
Figure 3-2. Daqcard-AI-16XE-50 Block Diagram
24
Input Polarity and Input Range
25
Considerations for Selecting Input Ranges
28
Dither
28
Multichannel Scanning Considerations
29
Figure 3-3. Dither
29
Figure 3-4. Analog Trigger Block Diagram
31
Figure 3-5. Below-Low-Level Analog Triggering Mode
32
Figure 3-6. Above-High-Level Analog Triggering Mode
32
Figure 3-7. Inside-Region Analog Triggering Mode
33
Figure 3-8. High-Hysteresis Analog Triggering Mode
33
Digital I/O
34
Figure 3-9. Low-Hysteresis Analog Triggering Mode
34
Timing Signal Routing
35
Figure 3-10. CONVERT* Signal Routing
35
Daqcard Clocks
36
Programmable Function Inputs
36
Chapter 4 Signal Connections
37
I/O Connector
37
Figure 4-1. I/O Connector Pin Assignment for the Daqcard-AI-16E-4 and Daqcard-AI-16XE-50
38
Analog Input Signal Connections
46
Figure 4-2. Daqcard E Series PGIA
47
Types of Signal Sources
48
Floating Signal Sources
48
Ground-Referenced Signal Sources
48
Input Configurations
48
Figure 4-3. Summary of Analog Input Connections
49
Differential Connection Considerations (DIFF Input Configuration)
50
Differential Connections for Ground-Referenced Signal Sources
51
Figure 4-4. Differential Input Connections for Ground-Referenced Signals
51
Differential Connections for Nonreferenced or Floating Signal Sources
52
Figure 4-5. Differential Input Connections for Nonreferenced Signals
52
Single-Ended Connection Considerations
54
Single-Ended Connections for Floating Signal Sources (RSE Configuration)
55
Single-Ended Connections for Grounded Signal Sources (NRSE Configuration)
55
Figure 4-6. Single-Ended Input Connections for Nonreferenced or Floating Signals
55
Common-Mode Signal Rejection Considerations
56
Figure 4-7. Single-Ended Input Connections for Ground-Referenced Signals
56
Digital I/O Signal Connections
57
Figure 4-8. Digital I/O Connections
57
Power Connections
58
Timing Connections
58
Figure 4-9. Timing I/O Connections
59
Data Acquisition Timing Connections
60
Programmable Function Input Connections
60
Figure 4-10. Typical Posttriggered Acquisition
61
Figure 4-11. Typical Pretriggered Acquisition
61
Figure 4-12. SCANCLK Signal Timing
62
SCANCLK Signal
62
EXTSTROBE* Signal
63
Figure 4-13. EXTSTROBE* Signal Timing
63
TRIG1 Signal
63
Figure 4-14. TRIG1 Input Signal Timing
64
Figure 4-15. TRIG1 Output Signal Timing
64
TRIG2 Signal
65
Figure 4-16. TRIG2 Input Signal Timing
66
Figure 4-17. TRIG2 Output Signal Timing
66
STARTSCAN Signal
66
Figure 4-18. STARTSCAN Input Signal Timing
67
Figure 4-19. STARTSCAN Output Signal Timing
68
CONVERT* Signal
69
Figure 4-20. CONVERT* Input Signal Timing
69
AIGATE Signal
70
Figure 4-21. CONVERT* Output Signal Timing
70
Figure 4-22. SISOURCE Signal Timing
71
SISOURCE Signal
71
Figure 4-23. UISOURCE Signal Timing
72
UISOURCE Signal
72
General-Purpose Timing Signal Connections
73
GPCTR0_SOURCE Signal
73
Figure 4-24. GPCTR0_SOURCE Signal Timing
73
GPCTR0_OUT Signal
74
Figure 4-25. GPCTR0_GATE Signal Timing in Edge-Detection Mode
74
GPCTR0_UP_DOWN Signal
75
GPCTR1_SOURCE Signal
75
GPCTR1_GATE Signal
76
GPCTR1_OUT Signal
77
GPCTR1_UP_DOWN Signal
78
FREQ_OUT Signal
79
Field Wiring Considerations
80
Advertisement
Related Products
National Instruments Ettus USRP E310
National Instruments ENET-232 Series
National Instruments ENET-485 Series
National Instruments NI ENET-9000 Series
National Instruments NI EDIDS-2400 Series
National Instruments NI EDIDS-2403
National Instruments NI EDIDS-2406
National Instruments EMSA-9068
National Instruments NI EDIDS-2412
National Instruments NI EDIDS-2409
National Instruments Categories
Control Unit
I/O Systems
Controller
Computer Hardware
Measuring Instruments
More National Instruments Manuals
Login
Sign In
OR
Sign in with Facebook
Sign in with Google
Upload manual
Upload from disk
Upload from URL