With every seat in the House of Representatives up for grabs as well as 35 U.S. Senate seats, 36 governorships, and controversial issues such as abortion rights, climate change, and health care at the helm of each ballot the 2022 midterm elections this November could be the most consequential in political history. Join Atlantic journalists David Graham, Mark Leibovich, and Elaina Plott as they examine the potential outcomes and discuss what’s at stake this election cycle.
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The six candidates for three seats on the Mountain View Los Altos High School District Board of Trustees will face off in a debate with questions from Mountain View Voice editor Andrea Gemmet, education reporter Zoe Morgan, and our readers.
SPIE Government Affairs Director Jennifer O Bryan will share the latest on several legislative priorities for the community including progress on the bipartisan innovation bill (USCIA/Competes) and FY23 appropriations. She will be joined by John Lincoln, Chief Executive of the UK Photonics Leadership Group, who will share the latest developments in UK science policy including the future of UK participation in Horizon Europe.
Duration: 1hr (45 mins + 15 mins)
Would you like to start impedance measurements, but don’t know how? Or do you already use impedance spectroscopy but would like to know more about theory and practice, while also learning some practical tips and tricks?
This webinar will introduce the basics of impedance spectroscopy and related analysis, and give practical hints to avoid common errors. It consists of a tutorial lecture followed by demonstrations showing how to configure a fault-free measurement and how to optimize your setup.
Learn how to write UVM testbenches for analog/mixed-signal circuits. UVM (Universal Verification Methodology) is a framework of standardized SystemVerilog classes to build reusable and scalable testbenches for digital designs, and it can be extended to verifying analog circuits simply by using a fixture module that generates analog stimuli and measures analog responses with Scientific Analog s XMODEL.
Using a digitally-programmable audio bandpass filter as an example, we ll show how to write a UVM testbench that measures the filter s transfer gain at randomly-chosen frequencies, collects the results in a scoreboard until the desired coverage is met, and checks the supply current and bias voltages during power-down with assertions. The webinar will start with an intuitive yet systematic introduction to UVM.