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Video Tutorials -- Available on-demand
Model-Based Design For Motor Control Development - This webcast gives an introduction to model-based design (MBD) and discusses how this design approach can speed up time-to-market and increase product quality. Topics covered will include SW tools, workflow, advanced testing and deployment of code to embedded targets; followed by a working example of how MBD can be used for motor control algorithm design, verification, and implementation.
Addressing System Integration Challenges with Isolated Industrial Interfaces - Interfaces in industrial and instrumentation applications require isolation due to their harsh operating environments. The necessary isolation can be achieved with a digital isolator or an optocoupler. Integration of that isolation into the signal chain poses several challenges at the system level, including set-up, debug, and software related pitfalls.
Galvanic Isolation for Power Supply Applications -- This seminar discusses isolation and isolation technologies in terms of signal transmission methods and isolation materials, including optocouplers and digital isolators. Ii covers isolation usage, including current sensing, gate driver, and communication functions in ac-to-dc, motor control, hybrid electrical vehicles, PV, and other power supply applications.
Solving Isolation Challenges on Your Design -- This webinar reviews designs that require isolation to protect personnel and equipment from harsh electrical and mechanical environments. It discusses interface power requirements and approaches for achieving design objectives, and addresses performance tradeoffs and applicable safety certifications for interface components.
Industrial Process Control: Communication Solutions - This webcast provides an overview of industrial communications and trends, focusing on the most common connection between the process controller and the field instrument/actuator, the 4-mA to 20-mA loop, and on HART communication. A few solutions for the process controller and the field instrument sides of the communication will be discussed.
Got my data over the isolation barrier! Now how do I get power to run it? - “What do you mean I have to isolate this thing?” If you have ever thought your design was done, only to find out you need to isolate data in addition to getting power to the isolated circuits, then this webcast is for you. In this session, we will discuss the pros and cons of the various methods of accomplishing this task while saving important board space, design time, and cost.
What is a "Wide Dynamic Range" Microphone and why does it matter to my design? - MEMS microphones with the capability to capture very high sound pressure acoustic waves (loud noises) with high fidelity hold the potential to improve user experience in audio capture and to make acoustic detection viable for a range of applications that might have previously been unsuitable for such methods. We'll discuss design considerations for these microphones and applications that might benefit from such high performance.
Isolated Interface Solutions for Industrial Sensor and Monitoring Applications (German) - This webcast reviews designs in which isolation is needed to protect personnel and equipment from harsh electrical environments. The presentation will detail interface power requirements and approaches for achieving design objectives. Topics will include performance tradeoffs for various approaches and applicable safety certifications for interface components.
Solving the Elusive Baseband to Antenna Problem using RFDAC Technology - This webinar will explore RF transmitter architectures, concentrating on the direct-to-RF architecture enabled by RFDAC technology. Aspects of the direct-to-RF transmitter system design will be explored including gain, signal bandwidth, digital signal processing requirements, frequency planning, thermal noise, clock synthesis + phase noise, harmonics, sampling images, pre-distortion techniques, and deterministic latency.
Guarding RS485 Communication Networks from Harmful EMC Events - This webcast will discuss industry’s first EMC compliant RS-485 interface design tool co-developed by Analog Devices and Bourns that provides up to Level 4 protection levels for IEC61000-4-2 ESD, IEC61000-4-4 EFT and IEC61000-4-5 surge. This webcast describes each of these transient types, and presents and demonstrates three different EMC compliant solutions for three different cost/protection levels on RS-485 communication ports.
Low Power Smart Transmitters Design - This webcast will explore some of the key trends in modern field instrument design, the most complex of which are high performance, low power, and increased diagnostic capabilities. It will examine the power consumption challenges of loop-powered smart transmitters, and give an example of a full signal chain solution that has been developed by Analog Devices and registered by the HART Communication Foundation.
The Evolving Architecture of Military Communication Systems -- This webcast explores the different bands of Military Communications, and the advantages and disadvantages of each. We talk briefly about the shift toward software defined radios (SDR) and what that means for today’s system designers. We talk about traditional Tx/Rx signal chains for these radios, where they are heading in the future, and the key analog and mixed-signal technology that is driving these changes.
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