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A prototype of the world’s first electronic calculator sells for $ 50,000
Texas Instruments in 1965-1967 created a prototype of a compact electronic calculator. It exists in a single copy and is now sold at auction for up to $ 50,000 (about 3.8 million rubles at the current exchange rate).
Case measuring 155 × 105 × 43 mm made of milled aluminum and painted black. The device weighing more than a kilogram has an 18-button keyboard (the largest button is “zero”), a window for displaying numbers, a power switch, a plug for a charger. Inside there are 4 integrated silicon wafers and 3 shift register ICs on the PCB. Data output was carried out on a built-in thermal printer with a thin paper roll. Also inside there is a power circuit and a group of batteries.
Patrick Haggerty, then President of Texas Instruments for over a decade, achieved great success by miniaturizing the radio with the company’s new transistors. The pocket radio quickly became a widespread technology that introduced consumers to transistors and the wonders of miniaturization. It also attracted the attention of the head of IBM, Thomas Watson, Jr., who decided to use transistors in the company’s computers – as a result, TI became one of the main suppliers of microcircuits for IBM.
In 1965, Mr. Haggerty, along with his deputy director for semiconductor research and one of the inventors of the integrated circuit, Jack Kilby, brainstormed to come up with a potentially popular microcircuit device on the mass market. It was decided to stay with a portable calculator powered by batteries. After that, the formation of a team began, which was headed by Jerry Merryman from the semiconductor research and development department. The secret product was codenamed Cal-Tech – it was easy to guess what the team was working on.
The project had to do everything from scratch: there were no ready-made keyboards, no low-power printers, no such complex microcircuits, which were required for a portable electronic calculator. But in 72 hours at an accelerated pace, Mr. Merriman fully described the logic of the future device on paper (a copy of it is included in the lot). To test the project, he and his colleagues filled the room with a dimensional version of a future device based on commercial microcircuits. This is what this solution looked like:
Merriman and his team have spent nearly 2 years developing every aspect of the calculator. Dr. James Van Tassel, another major contributor to the project, resolved the keyboard issue and other manufacturing difficulties. The integrated circuit was one of the key hurdles. At the time, the most sophisticated IC you could buy consisted of about 20 transistors. Merriman’s design, divided into 4 chips, required about 8000 transistors.
Chips, which are thin, circular silicon wafers, have proven unreliable despite the measures taken (the number of NAND elements has been more than doubled compared to the required number). The team used a microscope to check all connections, find problems, and fix them – all on a chip less than an inch in diameter. Kilby, Merriman and Van Tassel applied for a patent in September 1967 and received US Patent No. 3819921 on June 25, 1974 (a copy is also included in the lot).
Despite the fact that the prototype was created in 1967, the electronics were so advanced for the time that it took years for a production model to be produced. Canon bought the calculator rights and released Pocketronic on April 14, 1971. A 4-function calculator that weighed over a kilogram and cost $ 150 dollars was a huge success. 5 million pocket calculators were sold in the United States in 1972, and sales continued to rise as costs declined. As Mr. Haggerty predicted, the new microelectronic device created a market that simply did not exist before. Tens of millions of people have decided they want a portable calculator.