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AMUX-64T first page preview

AMUX-64T

AMUX-64T first page preview

AMUX-64T

Table of contents
  1. limited warranty
  2. Table Of Contents
  3. Table Of Contents
  4. Table Of Contents
  5. about this manual
  6. Glossary
  7. related documentation
  8. Introduction
  9. Software Programming Choices
  10. NI-DAQ, and Your Hardware
  11. Register-Level Programming
  12. Unpacking
  13. Chapter 2 Configuration and Installation
  14. Figure 2-1. AMUX-64T Parts Locator Diagram
  15. Table 2-1. Power Supply Selection
  16. Supplementary Configuration Information
  17. Temperature Sensor
  18. Single-Board and Multiple-Board Configurations
  19. Figure 2-2. Daisy-Chaining Multiple AMUX-64T Boards
  20. Single-Board Configuration
  21. Installation
  22. Power-On Sequence
  23. Chapter 3 Signal Connections
  24. I/O Connector
  25. Figure 3-1. AMUX-64T Signal Routing
  26. Differential Connections
  27. Linearizing the Data
  28. Differential Measurements
  29. An Example of Using Thermocouples (Differential)
  30. Procedure 2
  31. Single-Ended Measurement
  32. Thermocouple Measurement Accuracies
  33. Signal Conditioning
  34. Table 4-1. Component Positions in Each Channel
  35. Application Notes
  36. Connecting Nonreferenced or Floating Signal Sources
  37. Single-Ended Inputs
  38. Building Lowpass Filters
  39. Building Highpass Filters
  40. Figure 4-5. Normalized Frequency Response of Highpass Filter
  41. Building Attenuators (Voltage Dividers)
  42. Figure 4-7. Attenuator for Use with Differential Inputs
  43. Chapter 5 Theory of Operation and Register-Level Programming
  44. Figure 5-1. AMUX-64T Block Diagram
  45. How to Address AMUX-64T Analog Input Channels
  46. Figure 5-3. AMUX-64T Channel Address Mapping
  47. Automatic Channel Scanning with the AMUX-64T
  48. Figure 5-4. Two-Level Multiplexer Arrangement Showing Channel 9 Selected
  49. Figure 5-5. Scanning Order for Different AMUX-64T Board Configurations
  50. Scanning Order
  51. Programming Channel Scanning with the AMUX-64T
  52. Set the SCAN DIV Bit in MIO Command Register 1
  53. Appendix A Specifications
  54. Appendix B Customer Communication
  55. Austin, TX
AMUX-64T first page preview

AMUX-64T

Table of contents
  1. Table Of Contents
  2. Table Of Contents
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. about this manual
  7. related documentation
  8. About the AMUX-64T
  9. What You Need to Get Started
  10. LabVIEW and LabWindows Application Software
  11. NI-DAQ, and Your Hardware
  12. Register-Level Programming
  13. Optional Equipment
  14. Board Configuration
  15. Figure 2-1. AMUX-64T Parts Locator Diagram
  16. Supplementary Configuration Information
  17. Temperature Sensor
  18. Shield Selection
  19. Single-Board and Multiple-Board Configurations
  20. Figure 2-2. Daisy-Chaining Multiple AMUX-64T Boards
  21. Single-Board Configuration
  22. Installation
  23. Power-On Sequence
  24. I/O Connector
  25. Table 3-1. Pin Mapping for I/O Connectors J1, J2, and J42
  26. Figure 3-1. AMUX-64T Signal Routing
  27. Differential Connections
  28. Linearizing the Data
  29. Table 3-3. NIST Polynomial Coefficients
  30. Differential Measurements
  31. Procedure 1
  32. Procedure 2
  33. Using More Than One AMUX-64T
  34. Thermocouple Measurement Accuracies
  35. Other Connection Considerations
  36. Analog Input
  37. Figure 4-1. Onboard Equivalent Circuit
  38. Application Notes
  39. Channel Configurations
  40. Single-Ended Inputs
  41. Connecting Ground-Referenced Signal Sources
  42. Building Lowpass Filters
  43. Figure 4-4. Lowpass Filter on Differential Channel 1
  44. Building Highpass Filters
  45. Building Attenuators (Voltage Dividers)
  46. Figure 4-7. Attenuator for Use with Differential Inputs
  47. Functional Overview
  48. Figure 5-1. AMUX-64T Block Diagram
  49. How to Address AMUX-64T Analog Input Channels
  50. Table 5-1. AMUX-64T Channel Selection
  51. Table 5-2. Multiple AMUX-64T Board Addressing
  52. Figure 5-3. AMUX-64T Channel Address Mapping
  53. Automatic Channel Scanning with the AMUX-64T
  54. Figure 5-5. Scanning Order for Different AMUX-64T Board Configurations
  55. Table 5-3. AMUX-64T Scanning Order for Each MIO Board Input Channel
  56. Initialize the AMUX-64T Scanning Counter
  57. Configure Counter 1 to Control the MIO Board Scanning Clock
  58. specifications
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