TI-86

The TI-86 is a programmable graphing calculator introduced in 1996 and produced by Texas Instruments. The TI-86 uses the Zilog Z80 microprocessor. It is partially backwards-compatible with its predecessor, the TI-85.

TI-86
TypeGraphing calculator
ManufacturerTexas Instruments
Introduced1996
Discontinued2006
Latest firmware1.6
PredecessorTI-85
Calculator
Entry modeD.A.L.
Display size128×64 pixels, 21×8 characters
CPU
ProcessorZilog Z80
Frequency6 MHz
Programming
User memory96 kB of RAM
Other
Power supply4 AAA's,
1 CR1616 or CR1620

In addition to having a larger screen than the TI-83, the TI-86 also allows the user to type in lower case and Greek letters and features five softkeys, which improve menu navigation and can be programmed by the user for quick access to common operations such as decimal-to-fraction conversion. The calculator also handles vectors, matrices and complex numbers better than the TI-83. One drawback, however, is that the statistics package on the TI-83 range doesn't come preloaded on the TI-86. However, it can be downloaded from the Texas Instruments program archive and installed on the calculator using the link cable.[1]

The TI-86 has been discontinued.[2]

Specifications
  • CPU: Zilog Z80[3] 6 MHz
  • RAM: 128 KB, 96 KB user-accessible
  • ROM: 256 KB non-upgradable
  • Display: 128×64 pixels high-contrast monochrome LCD
  • Data Communication: Serial link port; allows two TI-86 calculators to be connected to each other, or one TI-86 to be connected to a PC, for data transfer via a special link cable
  • Programming Languages: TI-BASIC, Z80 Assembly language (ASM)
gollark: Maybe just have the main bit be Pluto/Charon with the other bodies added in some small way.
gollark: The bident thing might work to reflect the whole "binary system" thing.
gollark: Maybe one of the symbols you suggested in the centre, with a ring/pentagon separated into five differently coloured bits to represent the moons.
gollark: Well, the pentagon can still work. The shape is Pluto, the points are the mööns.
gollark: So five objects in the system in total.

See also

References
  2. "TI-86 Features Summary". Archived from the original on November 18, 2008.
  3. Campbell, Robert (2001). "TI-82/83/85/86 Mathematics Use". UMBC.
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