
| Brand | NATIONAL INSTRUMENTS |
|---|---|
| Manufacturer Part Number | PXIE-5514 |
| Part Type | INSTRUMENT OSCILLOSCOPE MODULE |
| Module Function | OSCILLOSCOPE |
| Country/region Of Manufacture | HUNGARY |
The National Instruments PXIe-5114 is a high-performance, 125 MHz, 14-channel oscilloscope module designed for use in the PXI (PXI Express) system. This versatile and powerful instrument provides real-time oscilloscope functionality, delivering precise measurement and analysis capabilities for various applications.
The PXIe-5114 module offers a bandwidth of 125 MHz, enabling users to capture and analyze signals with excellent resolution and accuracy. Each of its 14 channels can handle voltage inputs ranging from 100 mV to 10 V, making it suitable for measuring a wide range of signals. In addition, the module supports a maximum sampling rate of up to 1 GS/s per channel, allowing for high-speed data acquisition.
This oscilloscope module features a powerful digitizer that provides 14-bit vertical resolution, ensuring accurate and precise measurement results. It also comes with advanced analysis tools, including waveform math, automatic measurements, and cursors, which help users identify critical signal characteristics and patterns easily.
The PXIe-5114 is designed for use in harsh environments, as it complies with the PXI Express standard. This ensures reliable operation even in applications where temperature, humidity, or electromagnetic interference may be present. The module also includes built-in self-calibration and temperature compensation features, which help maintain accuracy and stability over time.
This oscilloscope module can be controlled and configured using National Instruments' LabVIEW graphical programming software, allowing users to automate data acquisition, analysis, and measurement tasks. It also supports various industry-standard protocols, including GenICam, GPIB, and LXI, making it easy to integrate with other measurement systems and instruments.
In summary, the National Instruments PXIe-5114 is a high-performance, versatile, and powerful oscilloscope module designed for use in PXI systems. It offers a wide range of features, including 125 MHz bandwidth, 14 channels, advanced analysis tools, and compatibility with various industry-standard protocols, making it an excellent choice for applications requiring precise and reliable signal measurement and analysis.
The National Instruments PXIe-5114 is a high-performance oscilloscope module designed for use in the PXI (PXIe) modular instrumentation system. This 125 MHz, 1 GS/s, 8-channel oscilloscope offers numerous advantages for applications requiring fast data acquisition and analysis. However, like any other technology investment, it's essential to consider both the pros and cons before making a purchase.
Pros:1. High Performance: The PXIe-5114 offers a wide bandwidth of 125 MHz and a sampling rate of 1 GS/s, making it suitable for acquiring and analyzing high-speed signals and transients.
2. Multichannel Capability: With eight channels, users can simultaneously capture and analyze multiple signals, reducing the need for multiple oscilloscopes and improving overall system efficiency.
3. Modular Design: As a PXIe module, the oscilloscope can be easily integrated with other PXI devices, allowing for seamless data flow and control between instruments.
4. Advanced Triggering and Measurement Features: The PXIe-5114 offers advanced triggering and measurement capabilities, including automatic and manual triggering, advanced math functions, and waveform analysis tools.
5. Industry-Standard Compliance: The oscilloscope adheres to industry standards, ensuring compatibility with various automation and control systems, as well as future upgrades and expansions.
6. Upgradeability: The PXIe platform allows for easy upgrades and future expansion, enabling users to add new functionality or increase performance as their application requirements evolve.
Cons:1. Cost: The PXIe-5114 is a high-performance oscilloscope, and its price reflects its capabilities. This may not be an ideal option for users with limited budgets.
2. Complexity: The PXIe platform and the oscilloscope itself may require a learning curve for users new to the system, especially when it comes to configuring and programming the instrument.
3. Size and Weight: As a PXIe module, the oscilloscope is larger and heavier than benchtop oscilloscopes, requiring additional space and resources for installation and operation.
4. Power Consumption: The PXIe-5114 consumes more power than benchtop oscilloscopes due to its high-performance capabilities and modular design.
Conclusion:The National Instruments PXIe-5114 125 MHz oscilloscope module offers numerous advantages, including high performance, multichannel capabilities, advanced triggering and measurement features, industry-standard compliance, upgradeability, and modular design. However, its cost, complexity, size and weight, and power consumption may be drawbacks for some users. Ultimately, the decision to purchase the PXIe-5114 depends on the specific requirements of the application, the available budget, and the user's expertise with modular instrumentation systems.
Recommendation:For applications that demand high-speed data acquisition, multichannel analysis, and seamless integration with other measurement instruments, the National Instruments PXIe-5114 oscilloscope module is an excellent choice. Users with limited budgets or space constraints may consider benchtop oscilloscopes or lower-channel count PXI oscilloscopes. Users new to the PXI platform should consider investing in training or consulting services to help them get started with the system effectively.
Specifications. The Ni PXIE-5114 oscilloscope also has a few different shooting modes, deep inside memory, and an instrument controller that incorporates information recording examination capacities. National instruments 2 channel oscilloscope module model: pix-5114 aka: 156860A-02L.: the National instruments PXIE-5114 oscilloscope has two channels that sample up to 250 ms/s with adaptable arrangement for coupling, impedance, voltage range, and filtering.
This model is perfect for applications with quick signals that require adaptable estimation designs and up to 125 mhz of simple data transfer capacity.
