dbabcock
Hi Tech Redneck
Russ,
The stuff in the picture is used for characterization of integrated circuits. That's why you see the binocular microscope head. The IC's characterized here contain very high speed LINEAR or analog circuits which, unlike the binary (1's and 0's) nature of computers, operate in modes which offer a continuously variable characteristic. A good analogy would be that a computer type circuit is like an on/off light switch and a linear circuit is like a dimmer light control. Everything we experience and interact with in life is fundamentally analog in nature, namely, varying degrees rather than absolutes. Computers make doing many things easier, but in the end we live in an analog world so we must somehow convert the analog things that we understand into and out of the binary world of computers.
When I tell people that I design IC's for a living, 99% come back with a statement such as, "Oh, you design computer chips", or something of that nature. At that point I just nod my head and agree with them.
The stuff in the picture is used for characterization of integrated circuits. That's why you see the binocular microscope head. The IC's characterized here contain very high speed LINEAR or analog circuits which, unlike the binary (1's and 0's) nature of computers, operate in modes which offer a continuously variable characteristic. A good analogy would be that a computer type circuit is like an on/off light switch and a linear circuit is like a dimmer light control. Everything we experience and interact with in life is fundamentally analog in nature, namely, varying degrees rather than absolutes. Computers make doing many things easier, but in the end we live in an analog world so we must somehow convert the analog things that we understand into and out of the binary world of computers.
When I tell people that I design IC's for a living, 99% come back with a statement such as, "Oh, you design computer chips", or something of that nature. At that point I just nod my head and agree with them.