cDAQ-9191, 1‑Slot, Ethernet and 802.11 Wi‑Fi CompactDAQ Chassis
781497-01 - NI (National Instruments)
1‑Slot, Ethernet and 802.11 Wi‑Fi CompactDAQ Chassis - The cDAQ‑9191 is a Wi‑Fi chassis designed for small, remote, or distributed sensor measurement systems. The chassis controls the timing, synchronization, and data transfer between C Series I/O modules and an external host. You can use this chassis with a combination of modules to create a mix of analog I/O, digital I/O, and counter/timer measurements. You can send data from the cDAQ‑9191 to a host PC over Ethernet or IEEE 802.11 Wi‑Fi. The chassis also has four 32‑bit general‑purpose counters/timers built in. You can access these counters through an installed, hardware‑timed digital C Series module for applications that involve quadrature encoders, PWM, event counting, pulse train generation, and period or frequency measurement.
Chassis
Topics
- Chassis
- 802.11
- Ethernet
- Analog I/O
- Digital I/O
- Measurement
- Modulation
- Modulators
- Modules
- C#
- C++
- Data
- Digital
- Digitizers
- DVB-T2
- Generators
- Host
- I²C
- Time
- Timing
- Analog Digital
- Pulse Generators
- Analog
- Combiners
- Control
- Controllers
- Counters
- Counting
- Distribution
- Event
- Frequency
- IEEE
- PC
- Pulse
- PWM
- Sensors
- Synchronization
- Synchronizers
- Systems
- Training
- Distributed Systems
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product
CompactDAQ Chassis
CompactDAQ Chassis feature USB, Ethernet, or WiFi connectivity and come in multiple slot counts to provide the right amount of I/O for various applications. You use these models with a combination of C Series I/O modules to create a mix of analog I/O, digital I/O, and counter/timer measurements. CompactDAQ Chassis can include multiple general-purpose counters/timers that you can access through an installed, hardware-timed digital C Series module for applications that involve quadrature encoders, PWM, event counting, pulse train generation, and period or frequency measurement. CompactDAQ Chassis also offer multiple timing engines, which allow you to run multiple hardware-timed operations simultaneously with independent rates for analog input.
