The Dragonfly S series combines Teledyne's excellent performance in USB and experience in embedded system solutions, and is suitable for life science instrumentation, factory automation and other fields.
USB camera industry pioneer Teledyne FLIR IIS (formerly Point Gray Research) has launched the new Dragonfly®S USB3 camera series to expand its machine vision product portfolio.
The new series of products reflects Teledyne's efforts to continuously set and improve the standards of the vision industry and help customers succeed. This product meets the market's special needs for modular, compact and lightweight cameras suitable for mass production, batch applications and multi-camera systems.
Dragonfly S's modular design accelerates the early stages of development of imaging applications in a variety of industrial and non-industrial sectors. “This is the best choice for manufacturers of factory automation and embedded vision equipment,” said Sadiq Panjwani, general manager of Teledyne FLIR IIS. “The modular concept of this new camera allows engineers to quickly test, develop and Deliver competitive visual products to the market.”
This camera series is ideal for embedded or handheld device applications such as biometric kiosks, ophthalmoscopy, 3D scanning, automated optical inspection, and more. It is available in a variety of configurations, including board-level modules and fully enclosed modules with rugged aluminum housings. The product has a USB connector on the back or side and a screw-in locking mechanism. The modular options above offer flexibility and durability, allowing for seamless integration into tight spaces. The fully enclosed version resists electromagnetic interference and meets Class B EMC safety standards, meeting the requirements of healthcare and residential applications. Additionally, the camera has an onboard image buffer, allowing each captured image frame to be reliably transferred to the host CPU.
The first product in the Dragonfly S series is now available for pre-order . Other VGA to 8MP models are expected to be released in 2024.
Previous article:Infineon's XENSIV™ stray field robust linear TMR sensor enables high-precision length measurement in industrial and consumer applications
Next article:Mouser Electronics now stocks Texas Instruments TDES9640 deserializer hub for machine vision and robotics imaging applications
- Popular Resources
- Popular amplifiers
- CGD and Qorvo to jointly revolutionize motor control solutions
- Advanced gameplay, Harting takes your PCB board connection to a new level!
- Nidec Intelligent Motion is the first to launch an electric clutch ECU for two-wheeled vehicles
- Bosch and Tsinghua University renew cooperation agreement on artificial intelligence research to jointly promote the development of artificial intelligence in the industrial field
- GigaDevice unveils new MCU products, deeply unlocking industrial application scenarios with diversified products and solutions
- Advantech: Investing in Edge AI Innovation to Drive an Intelligent Future
- CGD and QORVO will revolutionize motor control solutions
- Focusing on promoting innovation and transformation, UHV field creates more possibilities in the era of clean energy
- Infineon Technologies Launches SECORA™ Pay Green, World’s First Contactless Payment Card Technology, Reducing Plastic Waste by Up to 100%
- LED chemical incompatibility test to see which chemicals LEDs can be used with
- Application of ARM9 hardware coprocessor on WinCE embedded motherboard
- What are the key points for selecting rotor flowmeter?
- LM317 high power charger circuit
- A brief analysis of Embest's application and development of embedded medical devices
- Single-phase RC protection circuit
- stm32 PVD programmable voltage monitor
- Introduction and measurement of edge trigger and level trigger of 51 single chip microcomputer
- Improved design of Linux system software shell protection technology
- What to do if the ABB robot protection device stops
- Detailed explanation of intelligent car body perception system
- How to solve the problem that the servo drive is not enabled
- Why does the servo drive not power on?
- What point should I connect to when the servo is turned on?
- How to turn on the internal enable of Panasonic servo drive?
- What is the rigidity setting of Panasonic servo drive?
- How to change the inertia ratio of Panasonic servo drive
- What is the inertia ratio of the servo motor?
- Is it better for the motor to have a large or small moment of inertia?
- What is the difference between low inertia and high inertia of servo motors?
- [TI millimeter wave radar evaluation] 3+AWR1443 EVM board test case 2
- Waiting online, I don't understand a lot about this circuit, I hope someone can teach me
- Problems with emwin switching interface
- TMS320C6000 Series Interrupts
- Arteli-USB read RAM buffer usage specification recommendations
- Some issues with 3D packaging
- Sharing on creating a new project for TM4C123G in CCS environment
- The aperture and outer diameter of PCB vias
- Share a book: Electronic System Design and Practical STM32 FPGA Control Edition
- STM32 Application Experience STM32F107 and STM32F407 Hardware Compatibility Design Considerations