Then, Steve Jobs suggested that they design and sell a single etched and silkscreened circuit board-just the bare board, with no electronic parts-that people could use to build the computers.
After building it for himself and showing it at the club, he and Steve Jobs gave out schematics (technical designs) for the computer to interested club members and even helped some of them build and test out copies.
He was so inspired that he immediately set to work on what would become the Apple I computer. On March 5, 1975, Steve Wozniak attended the first meeting of the Homebrew Computer Club in Gordon French's garage. Introductory advertisement for the Apple I computer Production was discontinued on September 30, 1977, after the Jintroduction of its successor, the Apple II, which Byte magazine referred to as part of the "1977 Trinity" of personal computing (along with the PET 2001 from Commodore Business Machines and the TRS-80 Model I from Tandy Corporation). Wozniak demonstrated the first prototype in July 1976 at the Homebrew Computer Club in Palo Alto, California. The Apple I was Apple's first product, and to finance its creation, Jobs sold his only motorized means of transportation, a VW Microbus, for a few hundred dollars (Wozniak later said that Jobs planned instead to use his bicycle to get around), and Wozniak sold his HP-65 calculator for $500.
The idea of selling the computer came from Wozniak's friend and co-founder Steve Jobs. The Apple Computer 1, originally released as the Apple Computer and known later as the Apple I, or Apple-1, is a desktop computer released by the Apple Computer Company (now Apple Inc.) in 1976. Apple IĮxpandable to 8 KB or 48 KB using expansion cardsĤ0×24 characters, hardware-implemented scrolling For the subscription service, see Apple One (service). Giving it 2 stars instead of one just because it is a nice visual tool for school students to explain basics of how elements work and give ability to create some "ideal world" schematics in a nice UI."Apple One" redirects here. Now modelling passives is annoying but reasonably feasible, modelling semiconductors is something is something you wouldn't even consider doing, especially when they have proper spice models and can be simply plugged in into any proper software. Let alone - parametrized models for semiconductors, not even reverse breakdown for diodes. You have to use equivalent schematic for every single passive because it doesn't have a concept of even such trivial things as parasitic resistance/capacitance/inductance (which seems so trivial to implement - I wouldn't think it is not available here).
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Got fooled by the nice UI and thought I could use it instead of free ltspice (or other similar open tool).Īpparently this tool doesn't go beyond sleek UI even in the most basic and trivial capabilities. This is extremely basic tool with fancy UI and almost nonexistent real life application I hope you love the ease of simulating circuits with iCircuit!
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Scope data can even be exported for offline analysis. You can even export your circuits and PNGs, PDFs, and SVG files so that they are easy to include in reports or web sites. The scope can simultaneously track many signals over time and features a variety of automatic modes that make it easy for you to grasp the behavior of your circuit. If you want to see how a value changes over time, then you can add values to the built-in oscilloscope. The app features a multimeter that you use to probe around the circuit to instantly read voltages and currents. The app has everything from simple resistors, to switches, to MOSFETS, to digital gates. There are over 30 elements you can use to build your circuits. Instead, you just play with the circuit as you normally would, with the power on! You do not stop to take a measurement or spend a lot of time configuring reports. It's just like working with the real circuit. But iCircuit is unlike other CAD programs because it is always simulating. You use it as you would any CAD program: you add elements, connect them together, and set their properties. It is the perfect companion to students, hobbyists, and engineers. Its advanced simulation engine can handle both analog and digital circuits, Arduino microcontrollers, and features realtime always-on analysis.
ICircuit is the easiest way to design and experiment with circuits.
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