Transistors how do transistors work. In this video we learn how transistors work, the different types of transistors, electronic circuit basics, how to build a transistor circuit, transistor amplifier, current gain beta, npn, pnp, heat sink, electronics and electrical engineering.
How Cell Service Actually Works
The ever-increasing need to parse radio frequencies for greater communication efficiency and usage.
How are microchips made?
Microchips are the brains behind almost everything we use in our increasingly electronic world. Here’s how they are engineered.
Capacitors Are Gaps! How Does That Work?!
Capacitors are tiny physical gaps in a circuit. How does that even work? Well, if we analyze capacitors on a deep level, we see they’re almost breathing energy.
How Does the Internet Work? – Glad You Asked S1
For most of us, the internet is virtual, made of Instagram posts, emails and YouTube videos. And, access to the vital utility isn’t guaranteed across the world. Glad You Asked host Cleo Abram wants to know: What is the internet actually made of? And, how does it work? Answering that question involves discovering how internet cables are laid in the sea, if 5G is really the future, and how balloons in the stratosphere are helping people connect.
Revisiting the Supercapacitor – The Wait for Graphene is Over
There’s been lot of hype about graphene since it was first discovered and called a breakthrough. But we’re still waiting for the next big thing. That’s starting to change. A newly announced supercapacitor from Skeleton Technologies could make a big impact on the renewable energy market. Let’s revisit graphene, the supercapacitor, ultracapacitor, how it compares to lithium ion batteries, and when and where it’s going to start making an impact.
How NVIDIA & Intel are Saving Moore’s Law
The continuation of Processors and GPU’s improving exponentially through Moore’s Law has become very uncertain over the last few years, but recently the top hardware makers: Intel, AMD and Nvidia are now getting ready to deliver the biggest increases in performance we have ever seen. The fastest GPU’s and CPU’s with secret new features are about to release in the next few years to bring Moore’s Law back from the dead.
How they manage to create these new powerful chips, I’ll explain in this video. One thing is for sure, Nvidia Lovelace 4000 series, Zen 4 and Intel Meteor Lake are the future of Hardware and will accelerate the performance gain of next generation hardware.
The Real Reason Tesla Overcame The Chip Shortage Crisis!
There is a global computer chip shortage which is causing issues for supply lines across the world.. lets dive into Tesla’s chip suppliers, how Tesla is battling the global computer chip shortage, and why there is a global chip shortage around the world.
28,000 Year Nuclear Waste Battery? Diamond Batteries Explained
Given the relatively short lifespan, overheating, and battery cell supply issues of current battery technologies, they can’t be used everywhere. Some companies are claiming that nuclear diamond battery technology can kill two birds with one stone: creating energy storage that could last for thousands of years by putting nuclear waste to use… potentially powering everything from EVs to cellphones. Is this the holy grail of battery technology or hype; and more importantly, is it safe? Let’s explore Nano Diamond Batteries and where this might be going
5 reasons why the world is running out of chips
Did you know that there is an international chip shortage? Indeed, the world does not have enough chips, and it’s a real problem.
Chips can be found in almost every product you use. They are in your phone, your computer, and your TV and even power the factories that make all of these things. As a result, it is understandable that there will be a high demand for them.
So, why isn’t that demand being met? There are several reasons starting with the COVID-19 pandemic. There are a variety of reasons for this, beginning with the COVID-19 pandemic.
The pandemic increased the demand for electronic products. People were bored at home, so they began ordering a large number of devices, and chip manufacturers were unable to keep up.
Then, there was the fact that the U.S. government placed restrictions on China’s biggest chip manufacturer: Semiconductor Manufacturing International Corporation (SMIC). This trade war prevented SMIC from selling chips to some of the world’s largest corporations.
Finally, there were the unrelenting droughts and fires that plagued the country. Chip manufacturers use large amounts of ultra-pure water to clean their factories and wafers before beginning the chip-making process.
This significantly reduces the ability to produce new chips when there is no water readily available.
So, how are companies dealing with all these shortages? By getting creative, adapting, and growing. Tesla, for instance, rewrote its own vehicle software to support alternative chips.