Description
The NI acA1920-155um Area Scan Camera, produced by National Instruments and bearing the part number 785900-01, is a high-performance imaging solution designed for versatile vision applications. This area scan camera leverages a USB3 Vision interface and incorporates global shutter technology to capture sharp, monochromatic images.
With a resolution of 2.3 MP and precise pixel dimensions of 5.86 x 5.86 μm2, it delivers detailed 1920 × 1200 pixel images at an impressive frame rate of 155 fps. At the core of its imaging capabilities is the Sony IMX174 sensor, known for its quality and reliability.
The camera is compatible with major operating systems, including Windows, MacOS, and Linux, ensuring easy integration into various IT environments. It features 2 fixed and 2 configurable I/O channels, enhancing user interaction and control over the device.
Image quality is further refined by Basler’s PGI, a suite of optimization algorithms that enhance images and reduce noise, which requires the Basler pylon software suite for activation. Despite these advanced features, the NI acA1920-155um maintains efficiency with a low power consumption of only 3.7 W, making it an economical choice for continuous operation.
| Specification | Detail |
|---|---|
| Product Name | NI acA1920-155um Area Scan Camera |
| Manufacturer | National Instruments |
| Part Number | 785900-01 |
| Type | Area Scan Camera |
| Interface | USB3 Vision |
| Shutter Technology | Global Shutter |
| Image Type | Monochromatic |
| Resolution | 2.3 MP, 1920 × 1200 pixels |
| Pixel Size | 5.86 x 5.86 μm2 |
| Frame Rate | 155 fps |
| Sensor | Sony IMX174 |
| Compatible Operating Systems | Windows, MacOS, Linux |
| I/O Channels | 2 fixed, 2 configurable |
| Image Optimization | Basler’s PGI |
| Software Requirement | Basler pylon software suite |
| Power Consumption | 3.7 W |
Question 1: What type of interface does the NI acA1920-155um Area Scan Camera use, and what are its resolution, frame rate, and pixel dimensions?
Answer 1: The NI acA1920-155um Area Scan Camera employs the Sony IMX174 sensor for its imaging capabilities.
Question 2: What are the primary features and benefits of the NI acA1920-155um Area Scan Camera, and how does its integration of Sony IMX174 sensor and Basler PGI technology contribute to its performance in various vision applications?
Answer 2: The NI acA1920-155um Area Scan Camera produced by National Instruments features a 2.3 MP resolution, USB3 Vision interface, global shutter technology, a Sony IMX174 sensor, and captures sharp monochromatic images at 155 fps with pixel dimensions of 5.86 x 5.86 μm². It is compatible with Windows, MacOS, and Linux operating systems, offers 2 fixed and 2 configurable I/O channels for enhanced control, and utilizes Bas
Question 3: What types of vision applications is the NI acA1920-155um Area Scan Camera designed for, and what technologies does it incorporate to ensure high-quality image capture?
Answer 3: The primary features and benefits of the NI acA1920-155um Area Scan Camera include its high resolution of 2.3 megapixels, fast frame rate of 155 fps, and the use of a USB3 Vision interface for rapid data transfer, as well as global shutter technology to capture crisp, monochromatic images without motion blur. The integration of the Sony IMX174 sensor ensures high-quality and reliable image capture, while the Basler PGI technology enhances image quality and reduces
Question 4: Given the description provided, what type of sensor does the NI acA1920-155um Area Scan Camera employ for its imaging capabilities?
Answer 4: The NI acA1920-155um Area Scan Camera uses a USB3 Vision interface, has a resolution of 2.3 MP with a frame rate of 155 fps, and features precise pixel dimensions of 5.86 x 5.86 μm².
Question 5: What are the main features and compatibilities of the NI acA1920-155um Area Scan Camera produced by National Instruments?
Answer 5: The NI acA1920-155um Area Scan Camera is designed for versatile vision applications and incorporates USB3 Vision interface and global shutter technology to ensure the capture of sharp, high-quality monochromatic images.
