The Goepel electronic stand-alone programmer FlashFOX is a proven tool for embedded in-system programming (ISP) of microcontrollers, flash devices, and PLD/FPGA devices. FlashFOX can be easily adapted to different programming requirements. The number of programming channels is scalable and allows simultaneous programming of several devices on one PCBA or several PCBA in parallel. As the world's first stand-alone programmer, the device features an integrated JAM/STAPL player that conforms to the JESD71 standard, extending FlashFOX's capabilities to perform standardized test and programming operations independently on each channel. The distance between FlashFOX and connected interface PODs can be as long as 4 m, which causes signal delays that have the potential to negatively impact performance. The new ADYCS automation feature provides automatic calculation of and compensation for these delays, ensuring consistent performance for each programmer channel, independent of the distance to the target and even in complex system configurations. A new Streaming Mode has also been introduced as a supplement to the existing stand-alone mode. The significant difference lies in programming data being pulled dynamically from a central server, instead of using images stored locally in the programmer. This makes it possible to handle dynamically encrypted and target-specific (unique) data, which significantly increases versatility and opens up new use case possibilities. FlashFOX is the first programmer worldwide with Wi-Fi connectivity – for easy integration into the IoT world and support for flexible Industry 4.0 implementations. The integration of a web server, also a first among programmers, allowing FlashFOX to be easily and securely configured, controlled, and interrogated via any web browser, without the need for additional software. The FlashFOX comes in 4- and 8-channel versions. These can be cascaded for maximum flexibility.

The FLIR A6780 MWIR camera makes it easy to measure temperatures of fast thermal events and fast moving targets making it an ideal choice for industrial, military, and manufacturing R&D applications. This cooled InSb camera offers the flexibility of both manual and remote focusing lens options to maximize the number of measurement pixels on the measurement object.

The FLIR A700 thermal camera is available in both an Image Streaming configuration and a Smart Sensor configuration. The FLIR A700 Smart Sensor is ideal for users who want built-in, on-camera analysis and alarm capabilities for condition monitoring and early fire detection applications. The FLIR A700 Image Streaming is the right choice for users who desire camera control capabilities and image streaming over Ethernet, as well as the flexibility to perform analysis and collect raw data on thermal characteristics using favorite software applications.

The FLIR E76 thermal imaging camera provides full coverage of near and far measurement objects through a range of interchangeable AutoCal™ lenses, with fields of view for everything from wide-angle roof inspections to electrical inspections performed from a safe distance. The 320 × 240 thermal resolution produces sharp, vivid images that can be enhanced with patented FLIR MSX® technology for added detail and perspective.

The FLIR Si1-LD camera is an easy-to-use acoustic camera for locating and quantifying pressurized leaks in compressed air systems. The camera's lightweight design allows it to be operated with one hand so that maintenance, production and engineering professionals can identify air leaks faster. You get real-time information displayed on the camera screen with the quantifiable leak and cost prediction.

The FLIR T865 thermal imaging camera is a non-contact inspection tool with a 180° rotatable optical block that allows users to safely and comfortably assess the condition of critical electrical and mechanical equipment in utility and manufacturing applications. With advanced features including unparalleled temperature measurements down to -40°C, 1°C/1% accuracy, 1-touch contrast enhancement, and laser-guided autofocus, you get highly accurate temperature readings every time.

The FLIR X6900sc is an extraordinarily fast, highly sensitive MWIR camera designed for scientists, researchers and engineers. With a thermal sensitivity of less than 20mK and accurate temperature measurements up to 3000°C, the FLIR X6900sc offers the benefits of fast frame rates and superior resolution without compromising sensitivity.

With the FLIR X8580-HS InSb medium wave camera, you can take very detailed images of high-speed events and perform radiometric measurements tailored to your application. This camera is ideal for scientists and engineers. This is because it combines its 1280 x 1024 HD resolution with high frame rates and integration times. This allows researchers to take still images of fast-moving objects or rapid temperature changes.

The new FMCOR/W 1,5 PCB connectors from Phoenix Contact enable convenient conductor connection orthogonally to the operating direction. The connectors feature Push-in connections with color-contrasting operating elements. Your advantages: - The conductor connection orthogonal to the direction of operation simplifies the cabling of DIN-rail-mountable devices - Tool-free, time-saving Push-in connection - Intuitive operation with color-coded actuating push button