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BRISTOL, UK and WESTFORD, MA, USA, Aug 21, 2020 – Zuken announces the availability of eCADSTAR release 2020. With the new release, available configurations of Zuken’s new internet connected PCB design platform, eCADSTAR, have been extended to include new modules for signal integrity, power integrity and IBIS-AMI simulation.

The new modules eCADSTAR Signal Integrity, eCADSTAR Signal Integrity Advanced, eCADSTAR Power Integrity and eCADSTAR IBIS-AMI complement eCADSTAR’s connected PCB design capabilities with powerful analysis tools, such as embedded signal integrity simulation in eCADSTAR Schematic and PCB Editors for pre- and post-layout simulation.

Analysis Result Viewer – New modules for Signal Integrity, Power Integrity and IBIS-AMI modules extend eCADSTAR’s connected design capabilities with powerful analysis capabilities

All analysis tools are tightly integrated with eCADSTAR’s comprehensive PCB constraint management and optimization functionality. Results are displayed in a common Analysis Result Viewer within the eCADSTAR design environment. Heatmaps can also be displayed directly within the eCADSTAR PCB editor from the Power Integrity application.

“As products become more complex and faster, analysis becomes a key part of the design process to ensure correct operation. High-speed components and interfaces are at the heart of today’s smart and internet-connected products, and they demand advanced pre- and post-layout analysis for correct operability”, says Markus Bücker, Development Manager, Zuken EMC Technology Center, Paderborn. “eCADSTAR delivers those capabilities in an easy to use embedded environment so that both engineers and PCB designers can deliver exceptional high-speed design quality first time right based on Zuken’s proven technology.”

“eCADSTAR delivers those capabilities in an easy to use embedded environment so that both engineers and PCB designers can deliver exceptional high-speed design quality first time right based on Zuken’s proven technology.” Markus BückerDevelopment Manager, Zuken EMC Technology Center, Paderborn.

Signal Integrity  

With eCADSTAR Signal Integrity, engineers can plan and check signal integrity throughout the Schematic and PCB layout process. eCADSTAR Signal Integrity Advanced comprises TDR analysis as well as S-Parameter analysis. Simulations can be initiated from eCADSTAR’s Constraint Browser, Electrical Editor, or directly from the eCADSTAR PCB Editor.

The simulation Results Viewer is available throughout the eCADSTAR design flow with a consistent user interface. Signal integrity simulation not only makes sure that high-speed signals arrive in good shape: A board with good signal integrity is more resistant to external noise and less likely to consume excess power.

Power Integrity and EMI  

Using the eCADSTAR Electromagnetic Interference (EMI) analysis capabilities, engineers can identify the most significant EMI contributors on the board, including differential-mode EMI, common-mode EMI, and power bus noise. If these parameters are optimized during board layout, the electric interference of a design can be kept as low as possible.

With eCADSTAR’s Power Integrity tools, engineers can check AC behavior of the Power Delivery Network (PDN) and ensure DC continuity from power sources to component power inputs and then back where it came from. DC analysis results include current- and voltage distributions across the supply system, pin-to-pin resistance analysis, IR-drop analysis for all supply pins, and identifies current stressed Vias within the supply path.

IBIS-AMI  

AMI analysis goes beyond traditional waveform simulation. AMI simulation is most valuable when transceivers include features that cannot be modelled by analog electrical descriptions alone. A traditional IBIS model is an electrical description of buffer driving and receiving characteristics, not including any DSP behavior like that present in PCI Express Gen3 onwards or DDR5. AMI models include this behavior, so engineers can adjust parameters to optimize I/O channels for maximum performance. As with other kinds of simulation, AMI models become even more valuable when you push density and speed envelopes and ultra-high speed Serializer/Deserializer (SerDes) circuits are closely packed with other parts of your designs. The analysis results will be displayed as an eye diagram and a bathtub curve to check BER (Bit Error Rate) compliance.

Configurations and pricing 

With modular bundles and optional modules, eCADSTAR can be configured to fit individual needs. eCADSTAR promotional pricing starts at under 2000 GBP / 2200 EUR / 2500 USD. Initially eCADSTAR SI, PI, and IBIS-AMI options will be available at a discount of up to 50%.

About eCADSTAR

eCADSTAR provides a fully managed 2D/3D design process in a modern environment with a common user interface and centralized library that exists at the heart of schematic and PCB editors. Design constraints and variants can be defined in the schematic and propagated throughout the PCB layout and routing process. eCADSTAR helps ensure that PCB designers achieve top-class high-speed design the first time. For more information, visit www.ecadstar.com.

About Zuken

Zuken is a global provider of leading-edge software and consulting services for electrical and electronic design and manufacturing. Founded in 1976, Zuken has the longest track record of technological innovation and financial stability in the electronic design automation (EDA) software industry. The company’s extensive experience, technological expertise and agility, combine to create world-class software solutions. Zuken’s transparent working practices and integrity in all aspects of business produce long-lasting and successful customer partnerships that make Zuken a reliable long-term business partner. For more information, visit www.zuken.com, blog.zuken.com, or www.linkedin.com/company/zuken.

ANN ARBOR, MI, USA, Aug 21, 2020 – CIMdata, Inc., the leading global Product Lifecycle Management (PLM) strategic management consulting and research firm, announces an upcoming free educational webinar, “Bridging Information Silos to Improve Product Decisions.” The webinar will take place on Thursday, 10 September 2020, at 11:00 a.m. (EDT) and will last for one hour.

Contextual views combining relevant data from different information silos improve decision making within a company. Finding the data when it is outside your immediate responsibilities can be challenging. Making sure the data is from a stable configuration is also challenging; was it from an early release or a pilot or somewhere in between?

Process orchestration and shared configurations are critical elements for improving product development. This webinar will consider the state of the digital engineering practice regarding sharing configurations and how process orchestration across an organization may be accomplished. With the continued advancement of computers and applications, the webinar will conclude with some ideas and projections about what to expect next.

This webinar will help attendees:

1. Better understand digital technologies that can speed and improve decisions.
2. Learn about the role of Process Orchestration—standard work, the basis for improvement, and compliance.
3. Gain an understanding of the evolution of Product Lifecycle Management, emphasizing incremental improvements.

According to Craig Brown, a CIMdata executive consultant, and the host for this webinar, “Frequency mismatches from different parts of an organization makes decision management more challenging. Applications tuned for capital investment, mechanical prototype build shops, and software only features have difficulty exchanging information. This leads to distinct, often separated, silos of data.”

Over his 30-year journey at GM, Mr. Brown was responsible for PLM Portfolio Planning and held assignments in embedded software, systems engineering, CAE Methods, and process improvement. He led engineering, and IT teams developing tools to improve product and manufacturing engineering. These teams received patents, engineering awards, and records of invention, including using OnStar® to monitor and report vehicle diagnostics. Before joining GM, he spent 12 years in the Aerospace/Defense industry focused on control systems and tools to help develop systems for guidance, navigation and control, and signal processing systems. He was a member of the team that invented VHDL and led one of the first commercial tool applications. Mr. Brown has a talent for organizing across industry sectors to distill common requirements, which can help streamline tools and standards development.

This webinar will be useful to executives, directors, and managers responsible for product development, manufacturing, quality, and service; PLM team leaders and team members; product managers; IT leadership and staff; solution providers; and anyone who wants to learn about how to manage PLM when a disruption happens.

During the webinar, attendees will have the opportunity to ask questions about the topics discussed.

1. To find out more, visit: https://www.cimdata.com/en/education/educational-webinars/bridging-information-silos-to-improve-product-decisions.
2. To register for this webinar, please visit https://register.gotowebinar.com/register/5397982369748918018.

NATICK, MA, USA, Aug 21, 2020 – MathWorks introduced Motor Control Blockset , a companion product to Simulink that enables you to design and implement motor control algorithms. Now, motor control systems engineers can use reference examples and Simulink blocks to develop field-oriented control algorithms for turning brushless motors. This blockset extends Simulink’s suite of products for motor control system design , allowing engineers to test algorithms with each design change, generate fast and compact ANSI / ISO C code, and use simulation to validate software , thus reducing certification testing cycles.

“Rather than a process where handwritten code is not verified until actual motor tests, engineers can use simulation and code generation to detect errors earlier and accelerate their control system development projects. motors, ”says Arkadiy Turevskiy, MathWorks Product Manager. “Motor Control Blockset reinforces our support for the design of motor control systems, and teams report a reduction of up to 50% in project time when using Simulink to design and implement digital control systems.”

MathWorks is collaborating with motor control hardware vendors to develop reference examples to support their motor control kits, starting with various Texas Instruments kits based on their real-time C2000 microcontrollers. Engineers using these kits can automatically calculate motor parameters, generate application code, and turn motors in minutes. Additionally, the Motor Control Blockset can be used with Simulink Real-Time and Speedgoat target equipment for rapid control prototyping, including automatic tuning of field oriented control.

Motor Control Blockset includes:

1. Park, Clarke, spatial vector modulation, field fading, peak torque per ampere and other motor control algorithms optimized to generate fast and compact embed code.
2. Solver Decoder, Hall Sensor Decoder, Quadrature Codec-Decoder and Slip-Mode Observer for implementing sensorless and sensorless motor control systems.
3. Field-Oriented Control Autotuner block to automatically adjust the current and speed loops of field-oriented control architectures.
4. Instrumented tests to calculate estimates of motor parameters from experiments with motor hardware.
5. Linear motor models of mean value of concentrated parameters to verify control algorithms in a closed loop simulation.
6. Reference applications showing how to quickly turn a motor with various motor control hardware kits.

For more information on the Motor Control Blockset, visit mathworks.com/products/motor-control.html

About MathWorks

MathWorks is the leading company in the development of mathematical calculation software. MATLAB, the language of technical computing, is a programming environment for algorithm development, numerical computation, data analysis, and visualization. Simulink  is a block diagram environment for the simulation and model-based design of embedded and multidomain engineering systems. Engineers, scientists and analysts from around the world rely on this family of products to accelerate the process of research, innovation and development in sectors such as: automotive, aerospace, electronics, financial services, pharmaceuticals and biotechnology, among others. MATLAB and Simulink are also essential tools for teaching and research at universities and colleges. Founded in 1984, MathWorks employs more than 5,000 employees in 16 countries and is headquartered in Natick, Massachusetts, USA For more information, visit mathworks.com.

DETROIT, MI and GIBBSTOWN, NJ, USA, Aug 21, 2020 – EnvisionTEC and Keystone Industries are bringing Keystone’s KeySplint Soft resin through the Open Material Access Program by EnvisionTEC to the Envision One cDLM Dental 3D printer, combining the strongest and most innovative dental bite splints resin with a proven production-grade printer specifically designed for the dental industry. The result is an efficiently manufactured device with superior strength, accuracy, flexibility, and fracture resistance; Introducing KeySplint Soft for EnvisionTEC.

Unlike any other 3D printing material, KeySplint Soft is the first FDA-510k cleared 3D printing resin for night guards and bite splints. KeySplint Soft combines the strength and toughness needed to protect teeth with added flexibility for improved patient comfort, all with a transparent and aesthetic appearance. The printed splints are not brittle, but are abrasion and stain resistant, polishable and easily cleaned by the patient. “EnvisionTEC has been manufacturing 3D printing technologies for nearly 20 years,” noted Ira Rosenau, Keystone Industries’ president of dental.  “With the Envision One, you have a dental production unit that combines a robust design with an easy-to-use interface, without breaking the bank.  We believe that EnvisionTEC users will be very pleased with the quality and value of night guards made with the Envision One and KeySplint Soft.” The formula has three years of guaranteed shelf life and long-term color stability.

The KeySplint Soft dental 3D printing material is manufactured in the USA and stocked in the US and EU fulfilment centers of EnvisionTEC.

The Envision One cDLM combines German precision engineering with American Innovation from the team of engineers that invented DLP 3D printing. It is an all-in-one solution featuring EnvisionTEC’s patented Continuous Digital Light Manufacturing (cDLM) technology, providing several advantages over other DLP printers. With incredible speed capabilities, the Envision One cDLM allows for 3D printing to move beyond the lab and into chairside applications.  Dental professionals are able to use KeySplint Soft to fabricate tough, flexible custom bite splints for same-day delivery.

The patented cDLM technology also allows for the production of isotropic parts, which deliver uniform mechanical part properties in all directions.  This exciting feature makes for a much stronger final appliance, with none of the weakness between layers that can occur with traditional DLP 3D printing.

“We are pleased to add KeySplint Soft to our global portfolio of validated materials for use on the Envision One cDLM,” expressed Chris Rose, Director of EnvisionTEC’s Dental Channel in North America, “Dental professionals have come to expect the highest quality material offerings from EnvisionTEC, and Keystone’s KeySplint Soft certainly will add more capabilities to our users. We are confident that the combination of the Envision One cDLM printer with the KeySplint Soft for EnvisionTEC material will deliver superior performance in the dental market.”

Learn more here: KeySplint Soft for EnvisionTEC Printers

About EnvisionTEC

EnvisionTEC is a leading global provider of professional-grade 3D printing solutions. They invent, develop, manufacture and sell 3D printers and proprietary materials worldwide. Founded in 2002 with its pioneering commercial DLP printing technology, EnvisionTEC now sells more than 40 printers based on six distinct technologies that build objects from digital design files. The company’s premium 3D printers serve a wide variety of medical, professional and industrial markets, and are valued for precision, surface quality, functionality and speed. EnvisionTEC’s intellectual property includes more than 100 pending and granted patents and 70 proprietary materials.

To learn more, visit envisiontec.com, like the EnvisionTEC Facebook page, or follow EnvisionTEC on Instagram, LinkedIn,  and Twitter.

About Keystone

Keystone Industries’ group of dental companies focuses largely on consumable laboratory products and operatory/preventative products.  We are a global supplier, maintaining a diverse network of more than 800 U.S. and International dental distribution partners in 70+ countries.

Keystone Industries has developed industry-leading products like Diamond D high-impact denture base, the Pro-Form® line of thermoplastics, and innovative and patent-protected laboratory offering such as Enamelite ceramic spray glazes. Keystone Industries has combined its unique blend of dental and photopolymer expertise to create KeyPrint precision 3D printing resins, including our revolutionary FDA 510k cleared night guard and splint resin, KeySplint Soft.

Keystone Industries has spent nearly three decades formulating and producing biocompatible, cutting-edge, patented photopolymer resins for dental and cosmetic nail applications. Keystone Industries maintains FDA licensing, ISO 13485 (medical device) and 22716 certifications, along with GMP certification and international product registrations. For more information, visit https://keystoneindustries.com.

To learn more, like the Keystone Industries Facebook page, or follow us on Instagram and Twitter.