NI PXIe-1082 | PXI Express Chassis

NI PXIe-1082 is a PXI Express chassis.

· Number of slots: Typically, there are multiple PXIe slots, usually 8 or more, which can vary depending on the specific model. These slots provide users with flexible module 

expansion space, allowing the insertion of various PXIe modules such as data acquisition cards, signal generators, oscilloscopes, controllers, etc.

· Size and weight: Having a certain physical size, its design is usually compact for easy placement and installation in laboratory or industrial environments. The weight may 

vary depending on different configurations, but it is usually designed for easy handling and movement to meet the needs of different testing environments.

· Power supply: Generally provides a stable power supply that can support the power needs of different modules, providing the necessary power for various PXIe modules 

inserted into the chassis. The power supply voltage and power may vary depending on the specifications of the chassis.

· Cooling system: Equipped with an effective cooling system to ensure that the modules inside the chassis will not be affected in performance or damaged due to overheating 

during operation. By using fans, heat sinks, or other cooling methods, the heat inside the chassis can be dissipated in a timely manner, ensuring stable operation of the 

system within a certain temperature range.

· Mechanical structure: Adopting a sturdy mechanical structure to ensure the stability and reliability of the chassis, it can withstand a certain degree of vibration and impact 

to adapt to harsh environments in industry and laboratories.

· Communication interface: may include some external communication interfaces, such as Ethernet interface, USB interface, etc., to facilitate connection and communication 

with external devices, realize data exchange and remote control between the system inside the chassis and external devices.

· System Integration: As the foundational architecture of PXIe systems, multiple NI or other vendors' PXIe modules can be integrated together to form a complete testing 

and measurement system. For example, users can insert data acquisition modules, signal processing modules, controller modules, etc. into different slots of the chassis to 

build a multifunctional testing platform that meets different testing and measurement needs.

· In the field of electronic testing, it can be used to build electronic circuit testing systems and conduct various tests on circuit boards, chips, electronic devices, etc., such as 

functional testing, performance testing, reliability testing, etc. By inserting corresponding modules, it is possible to collect and analyze signals such as voltage, current, 

frequency, and phase, and evaluate the performance of electronic devices.

· In the field of communication, RF testing modules can be integrated to generate, receive, and analyze signals for testing the performance of communication equipment, 

such as wireless base stations, mobile phones, satellite communication devices, etc., to evaluate their signal quality, transmission rate, frequency band coverage, and other 

performance indicators.