New features over TI-34 II include supports the French fractions. It is a version for Belgium, France and Italy markets. Changes include new coloured keys and screen frame. It was a cosmetic redesign of the 1999 model. Power sources come from smaller solar cells than the 1994 TI-34, and CR2025 battery.įeature set was based on TI-36X II, but without unit conversions and constants, base calculations, boolean algebra, complex value functions (abs now only works in real numbers), integral calculation, engineering notation display modes, gradian angle mode, percentage sign, three 2-variable statistic modes (logarithmic, exponent, power), hyperbolic trigonometry.įunctions added over TI-36X II (primarily coming from the TI-32 Math Explorer Plus) include rounding by digits, min/max, lcm/gcd, cube/cubic root, remainder, integer division, percentage conversion, unsimplified fraction, adjustable fraction simplification factor. It was based on the SR16 design from Kinpo Electronics.
Power source comes from 9V battery instead of solar panel. It is a version sold by Orbit Research, designed for people with disabilities. It is designed for overhead projector use.Ĭhanges are cosmetic, which uses round keys and different key colours. It is a version sold by Stokes Publishing Company, Inc. The motherboard was smaller compared to the predecessors.Ĭosmetic changes include reverting to the key colour scheme used in the 1987 model.Ĭosmetic changes include rounder case and keys. It uses a smaller solar cell than its predecessor.
It was identical to the 1987 model in functionality, except the red keys are now in blue.
It was manufactured by Inventec Corporation in Taiwan. The key and case design was based on contemporary TI-30 SLR, TI-31, TI-32, rather than TI-35/36. However, it added fraction mode display and conversion (pure/mixed), boolean logic operations (NOT, AND, OR, XOR, XNOR) over contemporary TI-35 PLUS/36 SOLAR. The feature sets were similar to TI-36 SOLAR introduced in 1986, but without complex number support, normal distribution stat functions (P(), Q(), R()), permutations, combinations, factorials, user-accessible operand registers. TI-34 calculator, manufactured in China around 1997
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