Sign In
Upload
Manuals
Brands
NuDAQ Manuals
Computer Hardware
PXI-2205
NuDAQ PXI-2205 Manuals
Manuals and User Guides for NuDAQ PXI-2205. We have
1
NuDAQ PXI-2205 manual available for free PDF download: User Manual
NuDAQ PXI-2205 User Manual (80 pages)
64-CH, High Performance Multi-function Data Acquisition Cards
Brand:
NuDAQ
| Category:
Computer Hardware
| Size: 0 MB
Table of Contents
Table of Contents
4
Tables
7
How to Use this Guide
10
Chapter 1 Introduction
12
Features
12
Applications
14
Specifications
14
Table 1: Programmable Input Range
15
Table 2: -3Db Small Signal Bandwidth
16
Table 3: System Noise
17
Table 4: Input Impedance
17
Table 5: CMRR (DC to 60Hz)
17
Table 6: Settling Time to Full-Scale Step
18
Software Support
23
Programming Library
23
D2K-LVIEW: Labview Driver
23
PCIS-OCX: Activex Controls
24
Chapter 2 Installation
25
What You Have
25
Unpacking
26
DAQ/PXI-22XX Layout
26
Figure 1: PCB Layout of DAQ-22XX
26
PCI Configuration
27
Figure 2: PCB Layout of PXI-22XX
27
Chapter 3 Signal Connections
28
Connectors Pin Assignment
28
Figure 3: Connector CN1 Pin Assignment
29
Figure 4: Connector CN2 Pin Assignment
30
Table 7: Legend of 68-Pin VHDCI-Type Connectors
31
Analog Input Signal Connection
32
Types of Signal Sources
32
Input Configurations
32
Single-Ended Connections
32
Figure 5: Floating Source and RSE Input Connections
33
Figure 6: Ground-Referenced Sources and NRSE Input Connections
33
Differential Input Mode
34
Figure 7: Ground-Referenced Source and Differential Input
34
Figure 8: Floating Source and Differential Input
34
Chapter 4 Operation Theory
35
A/D Conversion
35
DAQ/PXI-2204 AI Data Format
36
Synchronous Digital Inputs (for DAQ/PXI-2204 Only)
36
Figure 9: Synchronous Digital Inputs Block Diagram
36
Figure 10: Synchronous Digital Inputs Timing
36
Table 8: Bipolar Analog Input Range and the Output Digital
37
Table 9: Unipolar Analog Input Range and the Output Digital
37
DAQ/PXI-2205/2206 AI Data Format
38
Table 10: Bipolar Analog Input Range and the Output Digital
38
Table 11: Unipolar Analog Input Range and the Output Digital
38
Software Conversion with Polling Data Transfer Acquisition Mode (Software Polling)
39
4.1.3.1 Specifying Channels, Gains, and Input Configurations in the
39
Channel Gain Queue
39
Programmable Scan Acquisition Mode
40
Scan Timing and Procedure
40
Figure 11: Scan Timing
41
Specifying Channels, Gains, and Input Configurations in the
42
Channel Gain Queue
42
Trigger Modes
43
Figure 12: Pre-Trigger (Trigger Occurs after M Scans)
43
Figure 13: Pre-Trigger (Trigger with Scan Is in Progress)
44
Figure 14: Pre-Trigger with M_Enable = 0
45
Figure 15: Pre-Trigger with M_Enable = 1
45
Figure 16: Middle Trigger with M_Enable = 1
46
Figure 17: Middle Trigger
47
Figure 18: Post Trigger
47
Figure 19: Delay Trigger
48
Bus-Mastering DMA Data Transfer
49
Figure 20: Post Trigger with Retrigger
49
Figure 21: Scatter/Gather DMA for Data Transfer
50
D/A Conversion
51
Table 12: Bipolar Output Code Table
51
Table 13: Unipolar Output Code Table
51
Software Update
52
Timed Waveform Generation
52
Figure 22: Typical D/A Timing of Waveform Generation
53
Trigger Modes
54
Figure 23: Post Trigger Waveform Generation
54
Figure 24: Delay Trigger Waveform Generation
55
Figure 25: Re-Triggered Waveform Generation with
55
Iterative Waveform Generation
56
Figure 26: Finite Iterative Waveform Generation with
56
Stop Modes of Scan Update
57
Figure 27: Infinite Iterative Waveform Generation with
57
Figure 28: Stop Mode I
58
Figure 29: Stop Mode II
58
Digital I/O
59
Figure 30: Stop Mode III
59
General Purpose Timer/Counter Operation
60
Timer/Counter Functions Basics
60
General Purpose Timer/Counter Modes
60
Mode1: Simple Gated-Event Counting
61
Mode2: Single Period Measurement
61
Figure 31: Mode 1 Operation
61
Figure 32: Mode 2 Operation
61
Mode 3: Single Pulse-Width Measurement
62
Mode 4: Single Gated Pulse Generation
62
Figure 33: Mode 3 Operation
62
Figure 34: Mode 4 Operation
62
Mode5: Single Triggered Pulse Generation
63
Mode6: Re-Triggered Single Pulse Generation
63
Figure 35: Mode 5 Operation
63
Figure 36: Mode 6 Operation
63
Mode7: Single Triggered Continuous Pulse Generation
64
Mode8: Continuous Gated Pulse Generation
64
Figure 37: Mode 7 Operation
64
Figure 38: Mode 8 Operation
64
Trigger Sources
65
Software-Trigger
65
External Analog Trigger
65
Figure 39: Analog Trigger Block Diagram
65
Below-Low Analog Trigger Condition
66
Table 14: Analog Trigger SRC1 Ideal Transfer Characteristic
66
Figure 40: Below-Low Analog Trigger Condition
66
Above-High Analog Trigger Condition
67
Inside-Region Analog Trigger Condition
67
Figure 41: Above-High Analog Trigger Condition
67
Figure 42: Inside-Region Analog Trigger Condition
67
High-Hysteresis Analog Trigger Condition
68
Low-Hysteresis Analog Trigger Condition
68
Figure 43: High-Hysteresis Analog Trigger Condition
68
Figure 44: Low-Hysteresis Analog Trigger Condition
68
External Digital Trigger
69
Figure 45: External Digital Trigger
69
User-Controllable Timing Signals
70
Figure 46: DAQ Signals Routing
70
Figure 47: Summary of User-Controllable Timing Signals and
70
DAQ Timing Signals
71
Auxiliary Function Inputs (AFI)
71
Table 15: Auxiliary Function Input Signals and the
72
System Synchronization Interface
74
Table 16: Summary of SSI Timing Signals and the Corresponding Functionalities as the Master or Slave
74
Chapter 5 Calibration
77
Loading Calibration Constants
77
Auto-Calibration
78
Saving Calibration Constants
78
Warranty Policy
79
Advertisement
Advertisement
Related Products
NuDAQ PXI-2204
NuDAQ PXI-2206
NuDAQ PET-48DIO
NuDAQ PCI-8554
NuDAQ PCI-7234
NuDAQ PCI-7233H
NuDAQ PCI-6308A
NuDAQ PCI-6304V
NuDAQ PCI-7256
NuDAQ PCI-7230
NuDAQ Categories
Computer Hardware
PCI Card
Motherboard
Controller
Relays
More NuDAQ Manuals
Login
Sign In
OR
Sign in with Facebook
Sign in with Google
Upload manual
Upload from disk
Upload from URL