Machine Vision Technology for Enhanced Accuracy | iCORE

iCORE offers cutting-edge image processing solutions by combining electrical, electronics, optics, precision control, FPGA, firmware, and software. Its world-class researchers are equipped with analogue circuit design technology, precision instrument optics, and beam design technology. They have top-notch technology employees both domestically and internationally to deliver the greatest solutions for customer pleasure, and they have introduced products to fulfil the expanding needs of customers. High-power LEDs may be precisely and steadily strobed by using the LED strobe driver provided by iCore.  This is achieved by producing and managing current pulses. With the application of sophisticated algorithms, iCore's machine vision technology enables machine vision systems to carry out intricate tasks and make accurate judgements.

High-Speed & High-Power LED Strobe Controller, iPulse:

Based on iCore's distinct experience, iPulse is a high-performance LED driver created especially for machine vision applications. High-speed currents can be effectively controlled by the product. Even at 200 A or higher, iCore's world-first high-efficiency circuit can generate extremely precise current pulses of less than 0.5 µm. High-power LEDs are used in it to provide precise and continuous strobe lighting.

Function Introduction of LED Strobe Controller:

iPulse is an LED lighting constant current driver. With up to 10 times overdrive capabilities, the product utilizes constant current drive. Using a technique called overdrive, LED lights can be made much brighter by rapidly driving a current higher than the LED's rated current. The industry's greatest power output of 200A for LEDs may be achieved with iPulse, guaranteeing constant LED current levels. In order to safeguard the LED components, it also features an integrated feature that limits the duration and duty cycle.

Auto Voltage:

Ø  Real-time detection and supply of voltage needed for LED driving

Ø  Reduction of heat generation by the controller

Ø  Driving of voltage higher than the supply voltage

Ø  Wide power supply selection

If you are looking for high-power led controller in Korea, you can find it on iCORE 

Click here to contact iCORE

View more: Machine Vision Technology for Enhanced Accuracy

 

 

Comments

Post a Comment

Popular posts from this blog

Machine Vision Technology for Enhanced Accuracy | iCORE

Image
  With the application of sophisticated algorithms, iCORE's machine vision technology enables machine vision systems to carry out intricate tasks and make accurate judgements. Discover the power of illumination with the newest high-power LED spot lights, designed to provide optimal brightness and energy efficiency. LED lighting uses iLight, a constant current light source. The machine vision technology provided by iCore uses advanced algorithms to enable machine vision systems to make precise assessments and perform complex tasks. With its integrated over-driving function, iLight has the highest LED driving power in the industry—up to 1,000W. An intensity feedback feature in iLight allows for user-friendly linear brightness control. Even at large currents, iLight has an extremely quick response time to current. After receiving an external trigger input, LED drive is achievable in less than 0.5 ㎲ , and a current pulse as small as 0.5 ㎲ can be produced. iLight source specialized f...
Read more

Auto Focus Module based on Optical Triangulation Principle| iCore

Image
World-class machine vision researchers at iCORE have expertise in the areas of analogue circuit design, precision instrument optics, lightning design, and machine vision. By integrating technologies related to electrical, electronic, optical, precision control, FPGA, firmware, and software, they offer creative machine vision solutions. High-power LED strobe lighting is made possible by the LED light strobe controller that iCore provides. It generates and regulates the current pulses. Optical triangulation is the basis for iCore's real-time auto focus module. FPGA-based real-time auto focus model using the principle of optical triangulation: This is utilized in the automatic optical inspection (AOI) of a high magnification optical system that tracks the movement of the target item in real time and adjusts the optical picture to immediately discover flaws of 1 μm or less in semiconductor and display testing. Auto focus function to focus automatically on optical triangulation: Becaus...
Read more