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 Ethernet DAQ
· Data Acquisition and Control Chassis
· Analog Input
· Strain Gage Input
· Thermocouple Input
· Simultaneous Sampling
· LVDT/RVDT/Syncrho/Resolver
· Analog Output
· Digital I/O
· Counter/Timers/PWM/Quadrature
· Serial Communications
· CAN Bus
· ARINC 429
· MIL-STD-1553
· Power Conversion
· GPS Synchronization System
· PowerDNA Accessories
· Embedded Linux
 
 UEILogger
· UEILogger Cubes
· Analog Input
· Strain Gage Input
· Thermocouple Input
· Simultaneous Sampling
· Digital I/O
· Counter/Timers/PWM/Quadrature
· Serial Communications
· CAN Bus
· ARINC 429
· GPS Synchronization System
· Power Conversion
· UEILogger Accessories
 
 UEIPAC
· UEIPAC Cubes
· UEIPAC Linux Toolkit
· Analog Input
· Strain Gage Input
· Thermocouple Input
· Simultaneous Sampling
· Analog Output
· Digital I/O
· Counter/Timers/PWM/Quadrature
· Serial Communications
· CAN Bus
· ARINC 429
· GPS Synchronization System
· Power Conversion
· UEIPAC Accessories
 
 UEISIM
· UEISIM Cubes
· Analog Input
· Strain Gage Input
· Thermocouple Input
· Simultaneous Sampling
· Analog Output
· Digital I/O
· Counter/Timers/PWM/Quadrature
· Serial Communications
· CAN Bus
· ARINC 429
· GPS Synchronization System
· Power Conversion
· UEISIM Accessories
 
 UEIModbus
· UEIModbus Cubes
· Analog Input
· Strain Gage Input
· Thermocouple Input
· Simultaneous Sampling
· Analog Output
· Digital I/O
· Counter/Timers/PWM/Quadrature
· Power Conversion
· UEIModbus Accessories
 
 PCI/ISA Data Acquisition
· PD2-AO
· PD2-AO Accessories
· PD2-DIO
· PD2-DIO Accessories
· PDL-DIO
· PDL-DIO Accessories
· PD2-MF Data Acquisition
· PD2-MFS Data Acquistion
· PD2-MF(S) Accessories
· PDL-MF-Data-Acquisition
· PDL-MF Accessories
· PD2-LVRT
· UEI-800
· UEI-ISA-AO
· UEI-817
 
 PXI/CPCI data acquisition and control
· PDXI-AO
· PDXI-AO Accessories
· PDXI-DIO
· PDXI-DIO Accessories
· PDXI-MF Data Acquisition
· PDXI-MFS Data Acquisition
· PDXI-MF(S) Accessories
 
 Signal Conditioning
· PD-BUFF
· PD-SCXU-AOMUX
· PD-SSR
 
 Data Acquisition and Control Software
· DASYLab
· Linux Data Acquisition Software
· Real-Time Linux
· xPC Target
· UEIDAQ Framework
· QNX Data Acquisition and Control
· RTX Data Acquisition Drivers
· Embedded Linux
 
FAQ - UEIPAC Cubes
 

If you cannot find your answer in our FAQ database please fill out our Contact Support Form and we will respond with an answer.

 
Q000330: I understand it is possible to develop a program for UEIPAC on a Linux PC by C, or onto a Windows PC by Cygwin environment. I can supply these easily but I don’t understand why I need to use the UEIPAC-Linux development environment.

Q000331: The literature indicates the UEIPAC may be AC, DC or battery powered. How is this possible?

Q000332: Does the UEIPAC include a web server?

Q000333: Is it possible to manage php files on the UEIPAC?

Q000334: Is it possible to convert a standard PPC cube or UEILogger to a UEIPAC?

Q000335: What version of Linux is loaded onto the cube?

Q000336: Is it possible to access the UEIPAC from a host computer running LabVIEW or another application while it is running a stand alone Linux application? For example can data acquired by the Linux program be downloaded to on host PC running LabVIEW?

Q000337: Can I run a UEIPAC as a standard PowerDNA Cube?

Q000338: What are the mounting options for the UEIPAC?

Q000339: I am planning to design the UEIPAC into an application which will be required to go through a substantial certification effort, and then is expected to have a very long lifetime. How long will UEI continue to make the UEIPAC product?

Q000344: What is the exact dimension of the 5-layer cube enclosure?
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