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National Instruments PXIE-8840QC Embedded Controller

Name: National Instruments PXIE-8840QC Embedded Controller
Brand: National Instruments
SKU: 172970372
Availability: InStock

US$ 300 - 1600 MOQ: 1 Unit

Key Specifications

Brand Name:

National Instruments

Place of Origin:

United States

Model Number:

PXIE-8840QC

Guizhou Yuanmiao Automation Equipment Co., Ltd.

Payment & Shipping

Payment Methods:

Port of Shipment:

China

Delivery Detail:

Delivery time depends on order quantity.

Brand Name National Instruments

Place of Origin United States

Model Number PXIE-8840QC

Processor quad - core, 2.8GHz

Memory 16GB DDR4

Storage 256GB SSD

Power supply requirements 100 - 240V AC, 50/60Hz

Operating temperature range 0 - 55°C

Dimensions 3U, 19 - inch rack - mountable

Features

Powerful processing capabilities: It is equipped with Intel Core i7 processors, such as i7 - 5700EQ and i7 - 6820EQ, which can provide fast computing performance to meet the requirements of complex testing, measurement, and control tasks.
Abundant memory and storage: It is usually equipped with 8GB or 16GB of DDR3 or DDR4 memory and a solid - state drive (SSD) with a capacity of 256GB or larger, capable of handling large amounts of data and running multiple tasks simultaneously.
Multiple interfaces: It has USB 2.0 and USB 3.0 ports for connecting external devices; two 10/100/1000BASE - TX Gigabit Ethernet ports for network communication and remote control; as well as serial ports and GPIB interfaces, facilitating connection and communication with other instruments and devices.
Flexible operating system support: It supports multiple operating systems such as Windows, Linux, and VxWorks. Users can choose the appropriate operating system according to specific application requirements.
PXI Express interface: It enables high - speed data transmission with other modules in the PXI system through the PXI Express x4 interface, realizing system expansion and integration.

Application CasesAerospace Field

Aircraft cockpit lighting measurement and control: In the LabVIEW - based aircraft cockpit lighting measurement and control system, the NI PXIE - 8840QC serves as the core controller. Utilizing its high - performance Intel Core i7 processor and rich slot expansion capabilities, it meets the system's high requirements for data processing and communication. The system can handle up to 133 channels of relay output signals, 42 channels of digital input signals, and 224 channels of analog input signals. Through collaborative work with LabVIEW software, it realizes comprehensive functional testing of the lighting equipment in the aircraft cockpit, improving the efficiency and accuracy of the testing work.
Aero - engine testing: In the multi - functional test bench for the aero - engine transmission system, the NI PXIE - 8840QC can be used for performance, durability, and transmission error tests of the accessories of aero - turbofan engines, the accessory drives of the main reducers of turbo - shaft engines, and the accessory drives of the main reducers of turbo - prop engines. It can collect various parameters during the engine's operation in real - time, such as temperature, pressure, and rotational speed, and conduct analysis and processing to verify the performance and reliability of aviation - related test components.

Automotive Field

Powertrain system testing: In the performance testing of automobile engines, the NI PXIE - 8840QC can be connected to various sensors, such as pressure sensors, temperature sensors, and torque sensors, to collect the engine's operating data under different working conditions in real - time. Through analysis of these data, engineers can optimize the engine's combustion process, improve fuel efficiency, and reduce emissions, thereby enhancing the performance and reliability of the automobile's powertrain system.
Autonomous driving system testing: In the R & D process of autonomous vehicles, the NI PXIE - 8840QC can be used for hardware - in - the - loop (HIL) simulation testing. It can simulate various driving scenarios of the vehicle, such as different road conditions and traffic signals, to conduct real - time testing and verification of the controller of the autonomous driving system. Through collaborative work with other devices, such as sensor simulators and vehicle dynamic models, the NI PXIE - 8840QC can help engineers quickly identify and solve problems in the autonomous driving system, improving the system's safety and reliability.

Industrial Automation Field

Production process monitoring: On the factory production line, the NI PXIE - 8840QC can be connected to various industrial sensors and actuators to achieve real - time monitoring and control of the production process. For example, it can monitor the operating status of production equipment and the quality parameters of products. When abnormal situations are detected, it can issue an alarm in time and take corresponding measures to ensure the stability of the production process and product quality.
Robot control: In the control system of industrial robots, the NI PXIE - 8840QC can serve as the main controller, responsible for tasks such as robot motion control, path planning, and force control. Through cooperation with components such as the robot's drives and sensors, the NI PXIE - 8840QC can achieve high - precision motion and flexible operation of the robot, improving production efficiency and quality.

Application Areas

Automated production testing: It can perform fast and high - precision testing of products on the production line, such as performance testing of electronic products and quality inspection of automobile parts, which can improve production efficiency and product quality.
Hardware - in - the - loop (HIL) simulation testing: It is used for the development and testing of control systems in fields such as automotive and aerospace. By simulating physical signals and system behaviors in real environments, it conducts real - time testing and verification of controllers.
Data acquisition and analysis: It can collect data from various sensors in real - time, such as temperature, pressure, and vibration, and conduct analysis and processing. It is widely used in fields such as industrial monitoring, scientific research, and environmental monitoring.

Product Tags: Quad-Core Controller , Quad-core embedded controller