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Advertorials


Danisense invests in HV current transducer calibration lab


Certificate of Calibration assures customers of accuracy of instrument


Key points: • Free DC testing on all 5000V and 10,000V units


• Certificate of Calibration for each HV unit shipped


• Danisense current transducers offer high accuracy, high stability and affordability


Danisense, the leader in high-accuracy current transducers for demanding applications, has set up a DC calibration test lab at its Danish headquarters and manufacturing site in Taastrup, further strengthening the company’s reputation for flexibility, quality and accuracy of its products.


A free service for its high voltage 500V and 10,000V products, units are 100% tested and shipped with a Certificate of Calibration which details the actual current error (always significantly less than the ppm values specified in the datasheet), the error without offset and the linearity error. This enables customers to have full confidence in the measurements they make.


www.danisense.com


Panasonic Industry Europe displays a wide range of leading solutions at the Schweisstec & Blechexpo exhibition 2019


The premiere of a new mid-range multi-purpose robot LA1800G3 is just one of the highlights for the trade fair in Stuttgart


At this year’s Schweisstec & Blechexpo exhibition, which takes place in Stuttgart form the 5th to 8th of November, Panasonic Industry Europe is showcasing its wide range of solutions. The Panasonic Robot & Welding department exhibits the entire range of products stemming from the fields of robotics and robot-automated welding at the Panasonic Industry booth 7309 in Hall 7. Furthermore the visitors will be informed about the extensive product range of the Panasonic Systems & Solutions department like safety sensors, innovative laser marking systems and more solutions for nearly any industrial application.


Peer Schumacher, Department Head at Robot & Welding, states: "For more than 60 years we have been in the welding market and we are very familiar with our customer requirements. With our robotic and welding solutions we are constantly developing new products to improve our customers production processes. We are very happy to launch the new LA1800 G3 multi-purpose mid-range robot that can


be used as a handling robot or as a welding robot. It features a very high movement speed for the load segment up to 26 kg of load capacity and we are sure that this is a great product for customers all over Europe.”


http://industry.panasonic.eu MJD bipolar transistors up to 8 A widen


Nexperia’s power portfolio High quality, high reliability, AEC-Q101-qualified devices in DPAK


Nexperia, the expert in discrete and MOSFET components and analog & logic ICs, today announced new high quality, high reliability automotive (AEC-Q101-qualified) and consumer/industrial- qualified MJD 3 A and 8 A power bipolar transistors. The product family includes eight parts housed in the DPAK (TO-252/SOT428C) package and offered in both 80 V and 100 V NPN and PNP versions.


These well-known devices in industry-standard footprint now complement Nexperia’s existing portfolio of high performance bipolar power transistors in the space-saving LFPAK56 package and further expand the company’s total power bipolar discrete offering. Applications include: LED automotive lighting; backlight dimming in LCD displays; linear voltage regulators; relay replacement; motor drives; laser printers and MOSFET drivers.


Nexperia Product Manager, Frank Matschullat, comments: “Nexperia is respected as a high volume, high quality supplier with a broad customer base. Widening our bipolar transistor portfolio with these higher current MJD devices enables design engineers to benefit from the recognised Nexperia performance advantages. This supports industry’s desire to add efficiency to the supply chain and focus on few premium logistics suppliers such as Nexperia.”


More information on the new MJD power bipolar transistors including product specs and datasheets is available at


www.nexperia.com/products/bipolar-transistors/general-purpose-bipolar-transistors/ medium-power-transistors/series/MJD-SERIES.html


Soft-switching pioneer, Pre-Switch, appoints Jason Cuadra


as VP Engineering Highly experienced designer, manager and new product visionary


Pre-Switch, Inc., the Silicon Valley start-up that is delivering soft switching for DC/AC and AC/DC power conversion, has announced the appointment of Jason Cuadra to the position of VP Engineering.


An industry veteran with over 25 years’ experience in power converter design, Cuadra has in-depth knowledge including of magnetics, EMC, control, resonant conversion, design automation, and high volume production. He is an experienced engineering manager, having led teams in the testing and development of new technology. He joins Pre-Switch from Loon LLC (Google X) where he designed and re-architected the power converters on the payload of Loon's stratospheric balloons for providing LTE cellular service to users in remote areas of the world.


Cuadra’s previous applications management responsibilities include reference board design, customer engagement and working closely with Marketing, Sales, and FAEs. Comments Bruce T. Renouard, CEO, Pre-Switch: “We are very pleased to have Jason join our team where his design and management skills will be a great asset to us. His customer-facing and sales support experience will be instrumental in continuing our accelerating new product development.”


Pre-Switch’s forced-resonant soft-switching topology replaces the traditional IGBT driver or Silicon Carbide driver with a common intelligent controller board, the Pre-Drive3, and an application-specific plug-in RPG (Resonant Power Gate) module optimised for the customer’s chosen SiC or IGBT package. The Pre-Switch architecture reduces cost, increases efficiency and extends EV range by 5- 12%, while reducing size and weight. A new video explaining the technology and its application to EVs is available at:


www.youtube.com/watch?v=VN2sp0D79oc Mouser Electronics stocks Xilinx Zynq UltraScale+


Dual- and Quad-Core Multiprocessor SoCs Mouser Electronics, Inc., the industry’s leading New Product Introduction (NPI) distributor with the widest selection of semiconductors and electronic components, is now stocking Zynq®


UltraScale+ multiprocessor system-on-chips (MPSoCs) from Xilinx.


Xilinx Zynq UltraScale+ devices, available from Mouser Electronics, combine a high-performance Arm®


-based multicore, multiprocessing system with


ASIC-class programmable logic. The devices deliver maximum scalability, and can offload critical applications, such as graphics and video pipelining, to dedicated processing blocks. The MPSoCs also include a full complement of integrated peripherals and connectivity cores suitable for next-generation applications such as 5G wireless, automotive ADAS, and industrial Internet of Things (IoT).


The Zynq UltraScale+ family of MPSoCs comprises three distinct variants (CG, EG, and EV), each of which includes two or four Arm Cortex®


-A53 cores and two Arm Cortex-R5 real-time processing units.


The dual-core CG devices are optimal for industrial motor control and sensor fusion. Both the EG series and EV series devices feature four Cortex-A53 cores, as well as an Arm Mali-400 graphics processing unit. The EV series also includes a video codec unit that supports H.265 High Efficiency Video Coding (HEVC) and H.264 Advanced Video Coding (AVC) standards, making them ideal for multimedia, ADAS, and surveillance applications.


To learn more about the Xilinx Zynq UltraScale+ MPSoCs, visit: www.mouser.com/xilinx-zynq-ultrascale-mpsocs


Award-winning Lattice sensAI Solutions Stack further


extends lead in ultra low-power AI at the Edge Updated sensAI Solutions Stack Delivers Highly Accurate, Low Power AI Solutions for Industrial, Automotive, Compute, and Consumer Applications


Lattice Semiconductor Corporation (NASDAQ: LSCC), the low power programmable leader, today announced availability of performance enhancements and new and improved application reference designs for its award- winning sensAI™ solutions stack. sensAI helps OEMs develop AI and ML experiences for next-generation smart devices with power consumption measured in milliwatts. The performance enhancements include support for more compact/efficient neural network models and deeper quantization support to accommodate larger models for processing higher resolution and/or faster frames-per-second images in vision applications, delivering more accurate Edge AI performance. The new reference designs let sensAI customers quickly and easily create popular AI experiences, including key phrase detection and human face recognition.


The latest enhancements to the Lattice sensAI solution stack include:


• sensAI on the iCE40 UltraPlus™ FPGA now supports 8-bit quantization, which allows customers to double their neural network model’s size for more accurate AI performance


• sensAI on the ECP5™ FPGA now supports the MobileNet and ResNet neural network models, which can process higher resolution images to deliver more accurate AI performance with no increase in power consumption


• New application reference designs for fast implementation of additional Edge AI applications, including:


• Key phrase detection for AI/ML-enabled human machine interface applications using microphones. This reference design provides the ability for customers to retrain the neural network model to recognize new key words or phrases as needed


• Human face recognition, which in addition to detecting a human face can now identify specific registered users. New registered users can be added to the face recognition application without retraining the device’s entire neural network, providing significant savings to both system design time and cost


• Enhancements to existing presence detection and object counting reference designs that deliver more accurate AI performance at low power for applications like:


For more information, please visit: www.latticesemi.com/sensAI


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