NI X Series multifunction data acquisition (DAQ) devices provide a new level of performance with the high-throughput PCI Express bus, NI-STC3 timing and synchronization technology, and multicore-optimized driver and application software.
High-Throughput PCI Express Bus
PCI Express offers dedicated bandwidth of up to 250 MB/s in each direction to each device, and X Series devices feature a native PCI Express interface with optimizations for high throughput and low latency.
NI-STC3 Technology
NI-STC3 timing and synchronization technology delivers advanced timing functionality, including independent analog and digital timing engines, retriggerable measurement tasks, and four counter/timers with more functionality than ever before.
Data Acquisition Software
X Series devices include multithreaded NI-DAQmx driver software, which is compatible with the following versions (or later) of NI application software – LabVIEW 8.2, LabWindows™/CVI 7.x, or Measurement Studio 7.x; LabVIEW SignalExpress 1.x; or LabVIEW with the LabVIEW Real-Time Module 8.2. X Series devices are also compatible with C/C++ and Microsoft Visual Studio .NET. NI-DAQmx includes free LabVIEW SignalExpress LE data-logging software and hundreds of shipping examples to help you get started quickly with your application.
The mark LabWindows is used under a license from Microsoft Corporation. Windows is a registered trademark of Microsoft Corporation in the United States and other countries.
Quadrature encoder
,
Digital
,
Voltage
,
Frequency
Isolation Type
None
RoHS Compliant
Yes
Analog Input
Channels
0
,
16
Single-Ended Channels
0
Differential Channels
16
Resolution
16 bits
Sample Rate
1.25 MS/s
Throughput (All Channels)
20 MS/s
Max Voltage
10 V
Maximum Voltage Range
-10 V
-
10 V
Maximum Voltage Range Accuracy
2.498 mV
Minimum Voltage Range
-1 V
-
1 V
Minimum Voltage Range Accuracy
291 µV
Number of Ranges
4
Simultaneous Sampling
Yes
Analog Output
Channels
4
Resolution
16 bits
Max Voltage
10 V
Maximum Voltage Range
-10 V
-
10 V
Maximum Voltage Range Accuracy
3.066 mV
Minimum Voltage Range
-5 V
-
5 V
Minimum Voltage Range Accuracy
1.526 mV
Update Rate
3.33 MS/s
Current Drive Single
5 mA
Digital I/O
Bidirectional Channels
48
Input-Only Channels
0
Output-Only Channels
0
Timing
Software
,
Hardware
Clocked Lines
32
Maximum Clock Rate
10 MHz
Logic Levels
TTL
Input Current Flow
Sinking
,
Sourcing
Output Current Flow
Sinking
,
Sourcing
Programmable Input Filters
Yes
Supports Programmable Power-Up States?
Yes
Current Drive Single
24 mA
Current Drive All
1 A
Watchdog Timer
Yes
Supports Handshaking I/O?
No
Supports Pattern I/O?
Yes
Maximum Input Range
0 V
-
5 V
Maximum Output Range
0 V
-
5 V
Counter/Timers
Counters
4
Number of DMA Channels
8
Buffered Operations
Yes
Debouncing/Glitch Removal
Yes
GPS Synchronization
No
Maximum Range
0 V
-
5 V
Max Source Frequency
100 MHz
Pulse Generation
Yes
Resolution
32 bits
Timebase Stability
50 ppm
Logic Levels
5 V
Physical Specifications
Length
16.8 cm
Width
50 mm
Height
9.9 cm
I/O Connector
68-pin VHDCI female
Timing/Triggering/Synchronization
Triggering
Digital
,
Analog
Synchronization Bus (RTSI)
Yes
NI PXIe-6358 Packages
To use the NI PXIe-6358 , you need all items in the diagram below. Select Option 1 if you already own a PXI System, or Option 2 if you do not already own a chassis, controller, or software.
Roll over the icons below to learn why you need each item in the system
Choose from hundreds of specialized instruments to create a PXI System that suits your measurement needs and can scale for future applications. Then, we'll help you choose the right hardware and software to complete your configuration.
Add More Measurements and I/O Modules Use the PXI Advisor to choose from a variety of modules including analog I/O, digital I/O, switching and more. Then, complete and price the PXI System.
Preview a Complete System View and price a complete PXI configuration including the NI PXIe-6358, chassis, and controller. Starting from the default configuration, you can add modules, accessories, and software and customize your system.
The chassis provides rugged, modular housing for the controller and modules and contains the high-performance PXI backplane, which includes the system's data, timing, and triggering buses.
The controller runs your application and interfaces with your PXI modules.
You need software to interface with your hardware and to collect, analyze, present, and store your measurements. This board is compatible with a variety of programming languages, including LabVIEW, C/C++, Visual Basic, and .NET. LabVIEW provides the easiest integration with all of your NI hardware and is recommended to maximize your hardware investment.
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