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Canon Pocketronic, truly historic, the Pocketronic was the first pocket calculator. (For big pockets or hands - it"s about 8" x 4" x 2".) It is a direct product of Texas Instrument"s "Cal-Tech" project. The Cal-Tech (i.e. calculator technology) project set out in 1965 to use integrated circuits to build a calculator that could fit in one"s hand. The project was completed in 1967 with several working prototypes. Texas Instruments sought out a manufacturer and Canon, noted for its cameras, was interested to increase it business machine business. The result was the Canon Pocketronic released in Japan in April 1970. (I was in 7th grade.) It is very similar to the Texas Instruments prototypes including having a horizontal paper printout. It has no LED, LCD or other display - just the printout. It is powered by 13 rechargeable Ni-Cad batteries. It originally sold for $395, over $1,950 in today"s dollars!

The Cal-Tech program is discussed at the datamath site. On the left menu, click "History" and then "Datamath story". The datamath site also has a good article on the Canon Pocketronic which it describes as "the most important calculator in the history of Texas Instruments." On the main menu, go to "Calculators related to Texas Instruments," then to "Canon," then to the "Pocketronic." The datamath site also has several additional pictures. Vintage Calculators also has an excellent article on the Pocketronic and the Cal Tech project. See also Old Calculator Museum. Instructions.

Canon Canola L121 (circa 1971) (large image) www.datamath.org states the first desktop calculator using Large Scale Integrated (LSI) circuits. According to Wikipedia an integrated circuit is a miniaturized electronic circuit etched onto a semiconductor material such as silicon. A large scale integrated circuit has tens of thousands transistors per chip. (See also webopedia.) Describing the L121 as a breakthrough in technology, www.datamath.org has photos and descriptions of the four main integrated circuits in the L121. The L121"s display used Nixie tubes which are sort of like vacuum tubes with 10 layers inside, each representing one of the numerals 0-9. (See Wikipedia.) After this time, Nixie tubes were rapidly replaced by orange Panaplex displays by Burroughs which appear to be like flat Nixie tubes, Light Emitting Diodes (LED), Vacuum-Fluorescent-Displays (VFD), and Liquid Crystal Displays (LCD). Each used progressively less power allowing more pocket sized devices. (See Datamath"s Display Technology of TI Calculators).

I purchased this on eBay on 6-13-06 for $15.75 with $5 shipping - a great deal! It is in near new cosmetic condition and operates perfectly. It includes the original (box), manual and cover, all in excellent condition. It also comes with a battery holder for AA batteries as well as a NiCad battery pack. Both the holder and the separate NiCad pack look new with absolutely no corrosion. It did not include the cradle for charging and AC operation, however. Datamath.org has some excellent photos of the charging craddle and internal views of the calculator. While made in Japan, the calculator uses Texas Instruments chips and display modules.

According to Datamath there were actually four versions - the LD-8M 2 with a Hitachi HD36364 calculator circuit and a smaller display, the LD-8M 3 with a Texas Instruments TMS1042 calculator circuit, one with a NEC uPD946C circuit, and the LD-8M4 which again uses the Hitachi HD36264 calculator circuit. As can be seen in the Datamath photos, the circuit board configurations for the four versions are all quite different. As seen in this photo, mine is the second version, LD-8M 3, which uses the Texas Instruments calculator circuit. The case snaps together and can be opened by carefully prying the edges. The keyboard circuit board sits and top of the main circuit board. The two are joined together by twenty pins. (See photos at mycalcdb.) I separated the boards only slightly in order to be sure to not break the pins. The calculator runs on two 1.5 volt AA batteries. It also has a port at the top to connect to an AC adapter. I do not have the adapter. Canty"s Bookshop in Canberra, Australia has a wonderful ode to a Canon Palmtronic 8M that finally bit the dust.

Bowmar made the Bowmar 901B"s red LED display, called the "Bowmar Optostic." The processor was Texas Instrument"s TMS0103 "calculator on a chip." (www.datamath.org.) The keypad used TI"s Klixon buttons which had a satisfying "click" when pressed. (See The Consumer Electronics Hall of Fame: Bowmar 901B, IEEE Spectrum.) The original cost was $240. $240 in 1972 has the buying power of $1,560 as I write this in May 2021! (Inflation was particularly high from 1973 through 1981.) Calculator prices fell dramatically, however, as competition surged. Texas Instruments introduced their own similar TI-2500 Datamath calculator on September 21, 1972 with a retail price of $149.95 and a street price below $120. (edn.com.) The Bowmar 901B price dropped to $119.95 in 1973, half the original price. (See www.calcuseum.com.) A similar function Bowmar MX-25, made in Mexico, cost $49.95 in 1974 according to a vintage magazine ad on eBay. Falling calculator prices resulted in Bowmar/ALI"s bankruptcy in 1976. The parent company is still in business, however. (The Consumer Electronics Hall of Fame: Bowmar 901B- IEEE Spectrum; Bowmar.) The instruction manual is available at Datamath. The back of the calculator also has an "operating outline" explaining the basic steps. The calculator has -= and += buttons. This changes the logic somewhat from modern calculators. For example, to do 9 minus 4, you press 9, +=, 4, -=. It is sort of like Reverse Polish Notation common on HP calculators where you would go 9, enter, 4, - to get the result. Early Electronic Calculator has several internal images as well as a schematic of the Commodore C110.

Panasonic Clock Calculator JE-8351U small (about 3.5" by 2") and thin (about .25") clock calculator with LCD display with yellow filter. Date unknown. Uses two LR1130 1.5 volt button batteries. Consumes 5mW of power. Serial No. 07101957. NEC D1032G processor. Made in Japan. Folding case. In excellent cosmetic and working condition although I do not know how to set time. Initially it did not work because battery polarity was not correct. I did not notice this until I had disassembled the calculator! Yes, I failed to see the large picture of the battery polarity on the back at first! Purchased on eBay on 2-13-06 for $2.99 plus $4.25 shipping with a Buy It Now. Back, Interior

Credit Card Calculator, credit card sized calculator obtained as a gift from insurance company. Solar with LCD display. Quarter in photo to show size. In working condition, although some display problems at bottom. It is so small that it is difficult to use with one"s fingers.

Jefferson Model CA-6, (Large Image) (February 11, 1975) (aka Jesfferson 676) a simple four function calculator with a six digit red LED display with the presumed manufacturing date of "FEB 11 1975" stamped on the inside. It has no equal or enter key. It appears to use a form of Reverse Polish Notation (RPN) with the + key as an enter key. First, when you turn it on you get EEEEEE. You hit the C key to clear this and end up at zero. To add 5 + 3, you press 5 + 3 + to get 8 as the result. To subtract 5 - 3 you press 5 + 3 - to get 2 as the result. To multiply 5 X 3 you press 5 + 3 X to get 15. To divide 8 ÷ 2, you press 8 + 2 ÷ to get 4. Many advanced Hewlett Packard calculators use RPN since some scientists and engineers find it requires fewer key strokes and no parenthesis. Here, however, I"m guessing it allows for a simpler processor. This calculator is indeed very simple and appears to be designed to be inexpensive as was possible by 1975. The plastic case pops open. (Case and membrane keyboard.) The calculator "guts" then pop out. (The "guts" were originally glued to the front of case, but the glue has dried out.) There is a membrane keyboard attached to the circuit board. There is a 14 pin (7x2) processor chip attached above this on the circuit board. The circuit board has a 74 printed on it perhaps indicating it was manufactured in 1974. Any notation on the processor chip is not visible since the chip is covered by the keyboard panel. The six digit LED display is above this. The Jefferson CA-6 is powered by a 9 volt alkaline battery. A thick paper shield is placed over the "guts" with a place to put the 9 volt battery. The back label says it is "Made in U.S.A." I could not find much information on the Internet. It is listed on Calcuseum listing two versions, one black and one beige like mine. That site also has a reference to a virtually identical model 676. There is a similar model at the Smithsonian. Like mine, the circuit board on the Smithsonian calculator says "PCP-676." That calculator has three white key areas on top, although I doubt they are functional. The Smithsonian entry states: "It seems likely that Jefferson sold rather than actually manufacturing the calculator." A black CA-6 was sold on eBay with a Rockwell 9R for $14.95 plus $9.95 shipping on April 30, 2020. I don"t recall when I acquired this calculator. I"m guessing it was with a collection of other calculators.

Sinclair Scientific Programmable, (Large Image) (August 1975) According to the manual available at www.wass.net: "The Sinclair Scientific Programmable is the first mains/battery calculator in the world to offer a self-contained programming facility with true scientific functions at a price within the reach of the general public." The key here was "at a price within the reach of the general public." Hewlett Packard introduced the HP 65, the first pocket programmable calculator, on January 19, 1974. (See Datamath HP 65.) While much more sophisticated, the HP 65 was priced at $795. ($795 in 1974 has an equivalent buying power of over $5,000 in 2022!) Two years later the HP 65 was replaced by the HP 67 which I have. Texas Instruments introduced the programmable TI-55 on September 16, 1975 priced at $395. (See Datamath TI-55.) In contrast, the simpler Sinclair Scientific Programmable was priced at only $79.95 when introduced in August 1975 according to several magazine ads on eBay. (That"s still $436 in 2022 dollars.) It looks like a simple four function calculator with only 19 keys. It is much more complicated, however. It uses Reverse Polish Notation. To add 2 plus 3 you press 2, up arrow button, enter, 3, +. I stopped there, but the 16 page instruction manual available at www.wass.net tells you how to do much more including up to 24 step programs. The back of the calculator states it is made in England. Sinclair made several different calculator models as indicated at Calculator.org. Sinclair also made the Timex Sinclair 1000, a tiny computer introduced in 1982 at just under $100. The Sinclair Scientific Programmable takes a 9-volt battery. You could also use an AC adapter which I do not have. My calculator is in excellent cosmetic condition and appears to work fine although I"ve only added 2 + 3! The green vacuum fluorescent is bright. It has eight digits, but only 5 digits of precision. To turn on you press the on button down showing red on top of the button. Often you have to put a little pressure on the button to get the display to show. My calculator was a generous donation from a woman in Costa Mesa in July 2022. It originally owned by her dad, a telephone engineer who designed various circuits including a circuit which disconnected an answering machine when the handset was lifted.

Talking Calculator 09, LCD calculator with synthesized female voice that reads the digits of the imput and answer. Has volume and voice speed control. The voice is cool, yet annoying. I can"t think of many practical benefits except maybe use by the visually impaired or as a confirmation for keying in the numbers without looking. In good working condition. This calculator was a generous donation to the museum from a Stella Maris Academy teacher in September 2005.

Talking Big Number Calculator, LCD calculator with synthesized female voice that reads the digits of the imput and answer. Has volume and voice speed control. In good working and cosmetic condition with some scratces. This calculator was a generous donation to the museum from a Stella Maris Academy teacher in September 2005.

ROM (Read Only Memory): The ROM contains the operating system of the calculator. The first products on the market used mask-programmable ROM, the program was stored already during the production of the Integrated Circuit. Later calculators changed to Flash ROM, a technology allowing the programming of the software during the final production stage of the calculator. With the TI-83 Plus and all later graphing calculators from Texas Instruments even the user was able to reprogram the operating system.

T6A04 is a column and row driver for small-to-medium-sized dot matrix graphic LCD. It is compatible with Z80 based CPUs and drives displays with up to 120 columns and 64 rows. The display size of the TI-83 Plus is just 96 * 64 pixel, therefore only one display driver is necessary.

Een nieuwe generatie zakrekenmachines van Texas Instruments. Zelfs de programmering is elektronisch. Nieuwe Programmeerbare TI-58 en TI-59 met Solid State Software.

The Engineering Staff of TEXAS INSTRUMENTS INCORPORATED Semiconductor Group, The Linear Control Circuits Data Book for Design Engineers, Second Edition

PC-100C, thermal printer, plotter, For use with the TI Programmable 58/59. See your program... at every step. Plot data and print out headings. TEXAS INSTRUMENTS

Texas Instruments, TI-1001/TI-1032, Owner"s Manual, Gebrauchsanweisung, Manuel d"utilisation, Manuale d"istruzioni, Gebruiksaanwijzing, Bruksanvisning, Brugsanvisning, K�ytt�ohje, Manual de utiliza��o, Manual de instrucciones, TEXAS INSTRUMENTS

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The year was 1999. I was pondering all too carefully what kind of threads I"d be wearing come the new school year. But all I could really think about was exactly how much of my styling budget would be blown on some antediluvian piece of technology that -- in my mind -- was no longer necessary due to the invention of the internet. That hunk was Texas Instruments" TI-83 Plus. So far as I could understand it, the "Plus" meant that it had a few extra megabytes of RAM; why you needed loads of RAM in a graphing calculator, I had no idea. At $119.99, it was the most expensive purchase I made leaving middle school, and now that I"ve had well over a decade to toy with it, it"s about time I sat down and gave it a proper review. Join me after the break, won"t you?

Wrap-up After ten solid years of use, my TI-83 Plus is still doing math with as much poise as it did on day one. The protective lid is as good as useless, but outside of that, it has held up exceptionally well. There aren"t too many gadgets -- a $100,000 supercar included -- that hold up well after 11, 12, 13+ years of use. And to be perfectly honest, including Tetris from the factory would go a long way to convincing more ninth graders to sacrifice their summer savings on one. But beyond all that -- and the woefully pitiful 96 x 64 resolution LCD -- there"s one major reason that I just can"t give the TI-83 Plus the ringing endorsement Texas Instruments is likely looking for: the price. People, listen. I paid $119 for a TI-83 Plus in 1999. It"s 2012, and the exact same calculator still costs $85!