Sure but any HW engineer before writing HDL will always draw up a circuit before writing the description. And given that the patent was issued in 1996 it was only like 6-7 years after Verilog became an open standard.
As for my examples, they were hit by COVID a month before vaccines were made available to them
Vaccines work when a significant part of the population has them, if workplaces and schools can institute vaccine mandates against diseases like Diphtheria, Measles, Rubella etc. Why should a disease much more infectious than them not get a mandate?
If someone has access to the vaccine in their area and have not taken it yet for any reason other than a medical reason should really do some proper "research" and get it ASAP.
As a vaccinated person, why you should care or not other people get vaccinated or not?
1. Less reservoirs for viruses to mutate into more harmful strains.
2. There are people who are immunocompromised , who cannot take vaccines . They are protected by those who are healthy and have been vaccinated.
3. >90% of all recent COVID deaths in the US have been of unvaccinated persons. A non trivial percent of the vaccinated dead by COVID were immunocompromised who were infected by unvaccinated folks.
If these reasons cannot convince you, I don't know what can.
Yeah poor analogy here, you can choose to not go to Southern Africa, you cannot will for COVID to not infect you. Why should we not be eager for vaccines when they are available for such a highly infectious disease.
Flip the scenario, during the second wave in India, we were one of the few families in our neighborhood who were lucky that no family members caught COVID. All the local hospitals were filled, a large number of people we know survived but there were people who died around 4-5% of the people we knew who were infected and 40% who came very close to dying. The Delta variant arrived when a significant part of the elderly population had been vaccinated. You should recheck the your stats about the elderly, the second wave was brutal to under 40 folks as a good number of above 40 people had been vaccinated by the time the second wave hit.
Sure COVID might have a low fatality rate of 2-3% but 2-3% of a very huge population getting infected by a rapidly infectious disease is still a humungous number.
4.5 million after taking all precautions and overloading medical systems of countries. Think how large that number would have been if we had gone our lives normally. Would have made the 1918 pandemic look like a picnic.
Sure tell that to the families of those who died from COVID19. Getting vaccinated is a much better way to get protection from COVID. I knew quite some folks who were hit by COVID twice, tell them that they were better off suffering through COVID twice instead of relying on the vaccine.
Because what you know first hand of the disease is useless for others. My 54 year old uncle had COVID. He was just in the hospital for 5 days and came back no different from before COVID. My 29 year old friend spent 2 weeks ventilated in ICU and dying of multi organ failure
The symptoms of COVID 19 are not always flu like. It is a spectrum of symptoms which is not yet understood why it expresses in different bodies differently.
During the Second wave in India a lot of my friends and acquaintances got it and their symptoms were all over the place. Some had diarrhea like symptoms, some had no visible symptoms at all, some simply lost the ability to smell and became physically weak.
Knowing this information, trying to be safe from COVID by catching it is no less than playing Russian roulette and it makes choosing to take a vaccine no brainer.
Uh at the high end there is Achronix and then the lower end you have Microchip(ex Microsemi(ex-Actel) and Lattice, Efinx and there are a couple of Chinese startups.
Analog systems and Analog Integrated Circuits, Analog Systems deals with using Analog chips, analog integrated circuits chips deals with designing such chips, a robotics engineers needs the first one not the latter. And the first one requires EE101 knowledge and signals and systems knowledge for filters etc which the OP is already covering in other courses
As someone who survied a BSEE, the range is too huge. I work with digital design as my day job, I only intuitively use EE101, digital logic and computer architecture and occasionally analog when dealing with post silicon issues.
The OP wants to study EE because he has a specific goal. My suggestion was that instead of trying to study everything EE focus only on those subjects that are relevant.
For example: If I was interested in robotics , I would not bother with digital,RF or Analog or eveen communication systems. I woud primarily focus on Control Systems and Embedded Systems.