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cDAQ-9188, 8 Slots, 2 PFI BNC Connectors, CompactDAQ Chassis

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cDAQ-9188 National Instruments CompactDAQ Chassis | Apex Waves | Image
cDAQ-9188 National Instruments CompactDAQ Chassis | Apex Waves | Image
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National Instruments cDAQ-9188 CompactDAQ Chassis

The cDAQ-9188 (Part Numbers: 781424-01782824-01, 190672G-01L ) CompactDAQ Chassis allows the user to utilize DAC to produce a waveform, so they may see glitches on the output signal. These glitches are ordinary; glitches will be produced from discharged rates, when a DAC changes starting with one voltage then onto the next. The biggest glitches happen when the most noteworthy piece of the DAC code changes. The user can construct a low-pass deglitching channel to evacuate a portion of these glitches, contingent upon the frequency and nature of the output signal. Each of the DIO lines can be used as either a static DI or DO line. The user can utilize static DIO lines to screen or control advanced signals on some C Series modules. Each DIO line can be exclusively designed to advanced information (DI) or computerized yield (DO), if the C Series module being utilized permits such a setup. The user can gain advanced waveforms utilizing either parallel or serial computerized modules. The DI waveform securing FIFO stores the computerized tests. The NI cDAQ-9188 suspension tests the DIO lines on each rising or falling edge of the DI Sample Clock flag.

The user can utilize the DI Sample Clock (di/SampleClock) signal to test computerized I/O on any space using parallel advanced modules and store the outcome in the waveform procurement FIFO. If the CompactDAQ Chassis gets a DI Sample Clock flag when the FIFO is full, it reports a flood blunder to the host programming. The NI device is equipped with 8 slots, an Ethernet bus connector, and has a timing resolution of 12.5 ns. It has a voltage input range of 9 V to 30 V, and a maximum power requirement of 15 W.

The device is operated using the NI-DAQmx 9.2 driver software which is software packages/application development environment (ADEs) such as LabVIEW, LabWindows/CVI, Visual C#, Visual Basic .NET, or Measurement Studio. The device hardware can be configured using the Measurement & Automation Explorer (MAX) tool.

The cDAQ-9188 weighs 31.7 oz., and measures 10.00 x 3.47 x 2.32 in. in physical dimensions. It has a recommended operating temperature range of 20 °C to 55 °..Additional specifications for the NI cDAQ-9188 can be found in the manuals and user guides under the "Manuals & PDFs" tab.

While the cDAQ-9188 is no longer available from the manufacturer National Instruments (NI), the CompactDAQ Chassis will remain available in perpetuity with Apex Waves for both purchase and repair services!

ModelcDAQ-9188
ManufacturerNational Instruments
Part Numbers781424-01, 782824-01, 190672G-01L
TypeCompactDAQ Chassis
Slots8
Bus ConnectorEthernet
Timing Resolution12.5 ns
Analog Input FIFO Size 127 Samples per Slot
Counter/Timers4
Counter/Timer Resolution32 Bits
Voltage Input Range9 V to 30 V
Dimensions10.00 x 3.47 x 2.32 in. (254.0 mm × 88.1 mm × 58.9 mm)
Weight31.7 oz. (900 g)
WarrantyThree Year Warranty
cDAQ-9188 ManualUser Manual and Maintenance Manual Available for Download
PriceSubmit a Quote Request for Pricing

Associated part numbers for cDAQ-9188:

National Instruments cDAQ-9188 Frequently Asked Questions

 

Question: How many counter/timer operations can be run simultaneously on the cDAQ-9188?

Answer: The cDAQ Chassis can run seven hardware-timed analog I/O, digital I/O, or counter/timer operations simultaneously.

 

Question: How do you access the counters in the cDAQ-9188 chassis?

Answer: You can access the counters through an installed, hardware-timed digital C Series module for applications involving quadrature encoders, PWM, event counting, pulse train generation, and period or frequency measurements.

 

Question: When I set the MTU to a value greater than 1500 on the cDAQ-9188 and hit save and reboot, the device is now unreachable. How can I fix this?

Answer: Trying to set the MTU to anything higher than 1500 on the NI Chassis will cause a communication failure. 1500 is the default setting. In order to restore communication to your chassis, press and hold the chassis reset button for 5 seconds or longer before releasing. Then, once you have re-established communication, be sure to set the MTU to 1500 or less.

 

Question: If the input power has dropouts, does the cDAQ-9188 need a back up battery?

Answer: Yes. If the 24VDC power goes out, then the chassis will lose communication and functionality.

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Common Typos:

SDAQ-9188, CRAQ-9188, CCAQ-9188, CDXQ-9188, CDAQ-I188
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