Cube Encoders from POSITAL: Updating an Old Industry Favorite
Dynamic Response in a Rugged Package Cube encoders – incremental rotary encoders with a cube-shaped…
Dynamic Response in a Rugged Package Cube encoders – incremental rotary encoders with a cube-shaped…
In some applications, installation space is so limited that there is no room for photoelectric…
When cartons, magazines, or single sheets are packed, it must be ensured that each package…
Robust and Cost Efficient Tilt Monitoring The new generation of safety control MSI 400 offers…
Flex Power Modules announces the BMR4615001/001, a new variant of its popular BMR461 series of…
Powerful Web Panels and Control Panels based on Arm® NXP i.MX6 processors with capacitive multitouch technology for device and machine control as well as building automation
Panasonic Industry provides new solutions for the Connected Factory and presents state-of-the-art equipment in the sector of microelectronics
Leveraging the u-blox ZED-F9P, Taoglas Edge Locate™ helps industry leaders future-proof their IoT deployments.
FPGAs are widely used in a variety of products due to their many advantages, including short development time, cost effectiveness, and flexibility to reconfigure or update in the field. Many new FPGAs employ advanced technology to achieve low power consumption and high performance. They use a new fabrication process that tends to require a lower core voltage, which extends the supply voltage range and increases current capability. Many FPGAs also have varying power supply requirements for each power rail. These power rails may have a different voltage output requirement, sequencing requirement, and noise sensitivity. Power module devices are ideal for addressing these power supply requirements.
Ravikiran Shetty from Microchip Technology Inc. discusses some of the applications that are made easier by using a peripheral trigger generator.