JF Kilfoil

GT-SP Series is an embedded intelligent TFT module equipped with a Graphical User Interface (GUI) object control function. Using a free tool available for download from our website, you can easily design screens, including image registration, touch switch creation, and so on, all without the need for coding. The tool also allows you to control serial (UART/I2C/SPI) communication to the host. This approach significantly reduces the control load on the host system, helping to lower development costs.

GT-SP series | TFT LCD Touch Screen Module Our easy-to-use software lets users add buttons, text, images, and checkboxes. Just drag and drop them to create your personalized easy-to-use touchscreen.

**NEW RELEASE**

Introducing the latest episode of OnTECH 360 featuring Gene Halsey from VIA optronics. As the Managing Director for the Americas, Gene brings over 20 years of expertise in advanced display technologies. VIA optronics, based in Nuremberg, Germany, is a leader in optical bonding, touch solutions, and display enhancement, especially in the medical tech industry.

Gene discusses challenges in medical display applications, such as achieving optical quality, glove operation, enhanced brightness, and meeting medical standards. He highlights how optical bonding and touch tech enhance performance, durability, and reliability. This episode offers insights into reducing glare and improving touchscreen efficiency, unveiling how engineering sets new standards in medical technology.

OnTech 360 Episode 2 VIA Medical Applications Welcome to another exciting episode of OnTech 360, your go-to podcast for unraveling the world of cutting-edge technology! Today, we’re thrilled to welcome G...

High-energy pulses power some of the most advanced technologies, from high-power radar to medical imaging. But generating a pulse with consistent power isn’t as simple as discharging a capacitor.

Pulse Forming Networks (PFNs) are critical for shaping and controlling high-energy pulses. Unlike direct capacitive discharge, which results in a decaying pulse, PFNs create a well-defined, steady output.

Choosing the right capacitor is key to PFN performance. Factors like voltage rating, ESR and energy density all impact efficiency.

Want to learn more about PFN design and capacitor selection? Read the latest blog on high-energy pulse shaping.

How Pulse Forming Networks Shape High Energy Pulses Learn how Pulse Forming Networks (PFNs) shape high-energy pulses, the key design factors involved and why capacitor selection is crucial.