texas instruments lcd display quotation

I am trying to use a LCD 2X16 character display with my MSP430G2231 micro controller. I"ve been successful with the 4 bit hook up and displaying text however, I would like to use source code that can change integers to ASCII values. Do you know of a project that was made to do this?

I am currently following the motorware lab examples and want to be able to implement the I2C protocol as additional code within the examples. I have noticed the the existing code already sets up the Data and Clock on GPIO 32 and 33. How then would I progress from here, specifically identifying the address of the LCD screen, manipulating pixels to display letters, symbols and numbers. Basically a way to test the communication between master and slave. Are there any libraries or example code that would be helpful?

I am aware there are variables/expressions such as gMotorVars.Speed_krpmwhich can be observed in the watch window of code composer. Is it possible to read a value such as this and then send and display it on the LCD screen? What would the process be?

The TI-30 is a scientific calculator manufactured by Texas Instruments, the first model of which was introduced in 1976. While the original TI-30 was discontinued in 1983 after several design revisions, TI maintains the TI-30 designation as a branding for its low and mid-range scientific calculators.

The original TI-30, a cost-reduced but functionally equivalent version of TI"s SR-40 unit, utilized an LED display, is powered by a 9-volt battery, and contained nearly all of its functionality in one chip, where previous calculators used many discrete components. The TI-30 could perform nearly all the logarithmic and trigonometric functions of an HP-21, its primary competition at the time. Although the Texas Instruments SR-50 pioneered algebraic notation with operation precedence in 1974, the TI-30 made those features available at a more affordable price.

In 1980, Texas Instruments converted the TI-30 to use a liquid crystal display, releasing the TI-30 LCD in Europe and the TI-30 II a year later in the U.S. The calculator itself remained functionally similar over several redesigns in the following few years, with solar power coming to the line in 1982 in a joint venture with Toshiba. The "X" in all current TI-30 models refers to the addition of a 10+2 display (that is, a 10 digit mantissa plus a 2-digit exponent) in 1993; with the addition of a 2-line display and a D-pad in the XIIS/XIIB in 1999, the TI-30 line split in 2, with the TI-30Xa becoming TI"s overall entry-level scientific, and the enhanced XII designs offering more input flexibility to the user. The MultiView models, introduced in 2006 and 2007, replace the 2-line display with a dot matrix display similar to a graphing calculator, and move many of the functions traditionally placed on or next to individual calculator keys off onto menus very similar to those used on the popular TI-83 calculator line.

At one time or another, most models in the line since the introduction of the LCD models have been available in both solar powered and battery versions; the Xa retains solar power only on models sold in a few markets in Europe, while the XIIS and XS MultiView models run off both solar and battery power depending on available ambient light. The earliest model, however, uses a 9 volt battery, which is expected to last for approximately 20 hours of use, according to the Owner"s Manual. However, two rechargeable kits were offered, the RK-1 and the RK-2, which each contained a battery allowing for two hours and four hours of continuous use, respectively, before needing to be recharged.

TI-30X (1993): the X signifies an expanded 10 digit display (from the original 8). Switching to a new circuit board design introduced a logarithm bug.

TI-30Xa (rev 1996): introduced a more modern, smoothed design. Currently the bottom of the TI-30 line, the Xa has a standard one-line, 10+2 digit display. The solar-powered eco RS model is available only in Europe.

TI-30X IIS and TI-30X IIB (1998): added a two-line, scrollable display and a D-pad for navigating previous results. Solar/battery and battery powered respectively.

TI-30XS and TI-30XB MultiView (2005): first non-graphing TI calculators with a dot-matrix display; able to display expressions in textbook-style notation. Uses a command syntax similar to TI-BASIC, but with no programming capability.

The Great International Math on Keys book is a problem-solving guide exemplifying usage of electronic calculators, in particular TI-30 with Algebraic Operating System, developed by the staff of the Texas Instruments Learning Center in cooperation with the staff of the University of Denver Mathematics Laboratory in 1976.

Calculator provides advanced graphing for calculus, AP courses and university studies. Permitted for use on many state and standardized tests. Includes official AP calculus review questions on the enclosed product CD. Graphs functions, parametric and polar equations, recursively-defined sequences, three-dimensional surfaces, and differential equations. Includes EE*Pro App for electrical engineering. Desktop icon allows easier access to Apps and editors. Includes USB unit-to-unit link cable and TI Connectivity Cable. Offers 188K bytes of user-available RAM, 2.7MB of user-available Flash ROM for data archive and Apps, 100 x 160 pixel display, internal clock with date and time display, 99 graphing equations, 20 stored constants with symbolic units for scientific calculations, and 100 symbolic units in 28 categories for use in equations, computations, and unit conversions. Powered by four AAA batteries with a Silver Oxide battery backup to protect RAM memory during main battery change. Pretty Print shows equations and results with radical notation, stacked fractions and superscript exponents. Power Source(s): Battery; Display Notation: Graphic; Dimensions: 7.3"L x 3.5"W x 1"H. Package Includes: TI-89 Graphing Calculator; USB unit-to unit link cable; TI connectivity cable; Official AP calculus review questions on the enclosed product CD.

TI"s most advanced scientific calculator is ideal for engineers, students and professionals. MultiView display allows you to view multiple calculations at the same time while MathPrint feature shows math expressions, symbols and stacked fractions as they appear in textbooks. Input data, scroll through entries and make edits like using a graphing calculator. Toggle key converts fractions and square roots into decimals and back. Power Source(s): Battery; Solar; Display Notation: Engineering; Scientific; Number of Display Digits: 16; Display Characters x Display Lines: 16 x 4.

Large contoured keys and angled SuperView display makes this a good choice for home, office, school or retail. Change sign (+/-) key simplifies entry of negative numbers. Square root key is useful for schoolwork. Dual solar/battery power for use in any lighting condition.

TI"s most advanced scientific calculator is ideal for engineers, students and professionals. MultiView™ display allows you to view multiple calculations at the same time while MathPrint™ feature shows math expressions, symbols and stacked fractions as they appear in textbooks. Input data, scroll through entries and make edits like using a graphing calculator. Toggle key converts fractions and square roots into decimals and back.