National Instruments Network Device DAQ S User Manual
Daq s series
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Table of contents
Document Outline
- NI 6124/6154 User Manual
- Support
- Important Information
- Compliance
- Contents
- About This Manual
- Chapter 1 Getting Started
- Chapter 2 DAQ System Overview
- Chapter 3 I/O Connector
- Chapter 4 Analog Input
- Figure 4-1. Non-Isolated S Series Analog Input Block Diagram
- Figure 4-2. Isolated S Series Analog Input Block Diagram
- Analog Input Terminal Configuration
- Input Polarity and Range
- Working Voltage Range
- AI Data Acquisition Methods
- Analog Input Triggering
- Connecting Analog Input Signals
- Analog Input Timing Signals
- Getting Started with AI Applications in Software
- Chapter 5 Analog Output
- Figure 5-1. Non-Isolated S Series Device Analog Output Block Diagram
- Figure 5-2. Isolated S Series Device Analog Output Block Diagram
- Minimizing Glitches on the Output Signal
- AO Data Generation Methods
- Analog Output Triggering
- Connecting Analog Output Signals
- Waveform Generation Timing Signals
- Getting Started with AO Applications in Software
- Chapter 6 Digital I/O
- Digital I/O for Non-Isolated Devices
- Figure 6-1. Non-Isolated S Series Digital I/O Circuitry
- Static DIO for Non-Isolated Devices
- Digital Waveform Triggering for Non-Isolated Devices
- Digital Waveform Acquisition for Non-Isolated Devices
- Digital Waveform Generation for Non-Isolated Devices
- I/O Protection for Non-Isolated Devices
- Programmable Power-Up States for Non-Isolated Devices
- DI Change Detection for Non-Isolated Devices
- Connecting Digital I/O Signals on Non-Isolated Devices
- Getting Started with DIO Applications in Software on Non-Isolated Devices
- Digital I/O for Isolated Devices
- Digital I/O for Non-Isolated Devices
- Chapter 7 Counters
- Figure 7-1. S Series Counters
- Counter Input Applications
- Counting Edges
- Pulse-Width Measurement
- Period Measurement
- Semi-Period Measurement
- Frequency Measurement
- Position Measurement
- Measurements Using Quadrature Encoders
- Figure 7-14. X1 Encoding
- Figure 7-15. X2 Encoding
- Figure 7-16. X4 Encoding
- Figure 7-17. Channel Z Reload with X4 Decoding
- Measurements Using Two Pulse Encoders
- Figure 7-18. Measurements Using Two Pulse Encoders
- Buffered (Sample Clock) Position Measurement
- Figure 7-19. Buffered Position Measurement
- Two-Signal Edge-Separation Measurement
- Counter Output Applications
- Counter Timing Signals
- Default Counter/Timer Pinouts
- Counter Triggering
- Other Counter Features
- Cascading Counters
- Counter Filters
- Prescaling
- Duplicate Count Prevention
- Example Application That Works Correctly (No Duplicate Counting)
- Figure 7-32. Duplicate Count Prevention Example
- Example Application That Works Incorrectly (Duplicate Counting)
- Figure 7-33. Duplicate Count Example
- Example Application That Prevents Duplicate Count
- Figure 7-34. Duplicate Count Prevention Example
- When To Use Duplicate Count Prevention
- Enabling Duplicate Count Prevention in NI-DAQmx
- Synchronization Modes
- Chapter 8 Programmable Function Interfaces (PFI)
- Chapter 9 Digital Routing and Clock Generation
- Chapter 10 Bus Interface
- Chapter 11 Triggering
- Triggering with a Digital Source
- Triggering with an Analog Source
- Analog Trigger Types
- Figure 11-3. Below-Level Analog Triggering Mode
- Figure 11-4. Above-Level Analog Triggering Mode
- Figure 11-5. Analog Edge Triggering with Hysteresis Rising Slope Example
- Figure 11-6. Analog Edge Triggering with Hysteresis Falling Slope Example
- Figure 11-7. Analog Window Triggering Mode (Entering Window)
- Analog Trigger Accuracy
- Appendix A Device-Specific Information
- Appendix B Technical Support and Professional Services
- Glossary
- Index