acA1440-220uc

Description

The National Instruments acA1440-220uc is a high-performance Area Scan Camera from the Basler Ace series, featuring a USB3 Vision interface and a color output. With a resolution of 1.6 MP and an impressive frame rate of 220 FPS, this camera is designed to capture high-speed images with precision.

Equipped with the state-of-the-art IMX273 sensor that utilizes CMOS global shutter technology, the acA1440-220uc ensures crisp, blur-free images even under fast-moving conditions. The camera also includes PGI image optimization, enabling it to produce enhanced imagery without additional processing load.

The compact dimensions of 1.15 x 1.14 x 1.14 inches and a weight of less than 1 pound make it an ideal solution for applications where space is limited. Despite its small size, it offers robust connectivity options with an opto-isolated digital output and two fast GPIO inputs, while maintaining low power consumption at only 3.3 Watts.

Its part number, 787069-01, signifies its unique identity within the National Instruments portfolio, ensuring compatibility and support across various systems and applications. This versatile and efficient Area Scan Camera is suitable for a range of machine vision tasks across multiple operating systems, including Windows, Mac, and Linux.

Question 1: What are the specifications and features that enable the National Instruments acA1440-220uc Area Scan Camera to capture high-quality, high-speed images, and what makes it suitable for space-constrained applications?
Answer 1: The National Instruments acA1440-220uc Area Scan Camera stands out due to its high-resolution imaging capabilities of 1.6 MP with a fast frame rate of 220 FPS, state-of-the-art IMX273 sensor with CMOS global shutter technology for crisp, clear images, and compact dimensions of 1.15 x 1.14 x 1.14 inches, making it highly suitable for applications with limited space without compromising performance.

Question 2: What are the key features and specifications of the National Instruments acA1440-220uc Area Scan Camera from the Basler Ace series?
Answer 2: The National Instruments acA1440-220uc Area Scan Camera captures high-quality, high-speed images with a 1.6 MP resolution and a frame rate of 220 FPS, leveraging the state-of-the-art IMX273 sensor with CMOS global shutter technology and PGI image optimization to ensure crisp, blur-free images under fast-moving conditions. Its suitability for space-constrained applications is due to its compact dimensions of 1.15 x 1.14 x 1.14 inches and

Question 3: What advantages does the National Instruments acA1440-220uc Area Scan Camera provide in high-speed imaging applications due to its CMOS global shutter technology and PGI image optimization features?
Answer 3: The National Instruments acA1440-220uc Area Scan Camera offers the advantages of capturing crisp, blur-free images during high-speed applications thanks to its state-of-the-art CMOS global shutter technology, and it enhances image quality without additional processing load through its PGI image optimization features.

Question 4: What distinguishes the National Instruments acA1440-220uc Area Scan Camera in terms of its imaging capabilities and suitability for space-constrained environments?
Answer 4: The National Instruments acA1440-220uc Area Scan Camera from the Basler Ace series boasts a USB3 Vision interface, color output, 1.6 MP resolution, a high frame rate of 220 FPS, a state-of-the-art IMX273 sensor with CMOS global shutter technology, PGI image optimization, compact dimensions of 1.15 x 1.14 x 1.14 inches, a weight of less than 1 pound, opto-isolated digital output

Question 5: What features of the National Instruments acA1440-220uc from the Basler Ace series contribute to its ability to capture high-speed images with precision?
Answer 5: The National Instruments acA1440-220uc Area Scan Camera from the Basler Ace series captures high-speed images with precision thanks to its 1.6 MP resolution, high frame rate of 220 FPS, state-of-the-art IMX273 sensor with CMOS global shutter technology, and PGI image optimization.