Ti Coder Software

Ti Coder Software

Typically, the approach enabled by software for qualitative research is multi-stage: After initial coding, data are assessed, rated and organized into a conceptual structure, i.e. Mindmaps based on the underlying verbal data and linguistic Gestalt. Processing vasts amount of data, coding your original data sources, keeping track of interrelations and even visualizing their importance in your coding scheme is best accomplished by the the use of dedicated qualitative analysis software. ATLAS.ti is arguably the most powerful of the available qualitative analysis software packages today. TI-Coder 1.0 Description Write TI-83/84 programs on the computer! Create, open, and save.8XP or.TIG files. Use as a replacement for Graph-Link. Since the last release, the Edit menu and toolbar have been added, the keypad enhanced, and group files are now supported. Also, several bug fixes. MATLAB Coder™, Simulink Coder™, and Embedded Coder ® generate ANSI/ISO C/C code that can be compiled and executed on Texas Instruments™ (TI) C2000 microcontrollers (MCUs) using Code Composer Studio IDE. Typically, the approach enabled by software for qualitative research is multi-stage: After initial coding, data are assessed, rated and organized into a conceptual structure, i.e. Mindmaps based on the underlying verbal data and linguistic Gestalt.

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How to Put Text Files On Your TI Calculator

We’ve all been there – sitting in a math class, taking a test or quiz, and you completely blank out on a formula you know you should have memorized. It’s not that you don’t know how to use it, or where it’s applicable, it’s just that it’s hard to both learn a concept and memorize information simultaneously (especially if you’re like me and work on a relax/procrastinate/cram the night before schedule). This tutorial explains how to type up information on your computer and transfer it to your TI calculator to easily view at any time.

Before we begin, I’d like to explain a few things. First, I’ll be using a TI-84 Plus Silver Edition, because it’s the recommended calculator for my math courses. However, the software provided by TI claims to work with all of their calculators. The file editor I use only works for TI83/84, but I’m sure there’s something similar out there for the TI-89. Second, it’s perfectly possible to type up your information on your calculator, but given the layout of the keyboard and the requirement to either be in text mode or number mode (when most formulas require both, even “3t” requires switching modes), it’s quite cumbersome and annoying. Third, check to make sure this isn’t against cheating policies – while it is inherently different from bringing in a cheat sheet or having knowledge of the content of the test ahead of time, having any form of outside help may be considered cheating.

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Ti Coder Software
  • A calculator (TI-84 Plus Silver Edition used in this tutorial)
  • TI Connect Software (download here)
  • TI-Coder software (download here)
  • A USB Mini B 5 Pin Cable to connect your calculator (many phones use this same cable)

The goal here is to utilize the calculator’s ability to store programs. We’re not actually going to be programming, but we’ll use a program to store our notes. Programs can be written on the computer and transferred to the calculator, and then edited on the calculator, allowing you to see the contents. Open up TI-Coder, name your program (note that the name will be what appears on the calculator’s list) and type up whatever notes you want in the right panel. If you need special characters, use either the list or keypad module to access the functions you can use on your calculator. When you’re done, hit save and put your program on your desktop.

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In case you were wondering, here’s why we can’t use a regular text editor like Notepad to do this job. TI uses a file extension of “.8xp” on their programs. It appears that the file format encodes characters in some odd way so that the calculator can read them – if you open up a file in Notepad, you’ll find that most of the characters are odd Unicode symbols.

It’s a good idea to split up notes in different programs by some kind of category, because the calculator screen is very small and you’ll have to scroll up and down a lot to access information. At this point, you can plug in your calculator and open TI Connect.

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Coder

Within TI Connect, select the icon on the top-left that says “TI Device Explorer”. A window should pop up showing that your calculator is connected via USB, press Select, and the TI Device Explorer should open up.

You can now drag your .8xp file(s) from your desktop into the TI Device Explorer. It will take a few seconds to transfer, the device is pretty slow. However, once it’s done, you can disconnect your calculator and hit the PRGM button. Select Edit, and then choose the file you want. Press Enter, and you should see whatever notes you typed up on your calculator. Good luck on your test!

Beware of the “CLEAR” button. Hitting it once while a line is highlighted will erase that line, with no way to get it back because the TI calculator isn’t a real text editor. If you’re worried about being caught with this information, remember that a quick and easy way to delete everything in your program memory (and potentially other work you have saved on the calculator like recent calculations) is to hit the blue “2ND” button, then the “+” symbol to access the memory management menu. Choose option 7, which is “Reset”, and then choose option 1 which is “All RAM”. You’ll be warned that this will erase data and programs, which is exactly what you want to do. Choose Reset, and you’ll be shown a message that RAM was cleared. You should practice doing this quickly in case you’re caught in a bad situation.

Worried about your students using this method for cheating? In the section above I explained how to clear all programs out of the memory of the calculator. After doing this, a dialog box appears showing that all RAM was indeed cleared. If you so choose, you can require students to follow those steps and show you the “Memory Cleared” dialog box before you give them their test. After that, anything they enter into their calculator will have to be from their own memory. If you have a large class or this is unfeasible, you can choose random students and check their calculators’ program lists. The threat of possibly being targeted will reduce the number of students attempting to bring in outside information. That being said, your students will dislike you for it, but realistically they already should dislike you for requiring them to use a TI product.

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Note: I do not provide technical support for the TI Coder software. If you are having difficulty using it or receive an error message, please contact TI directly. Comments about technical issues will not be approved.

Downloads

Clock buffers
LMK01000—1.6-GHz high performance clock buffer, divider, and distributor with 3 LVDS & 5 LVPECL outputsLMK01010—1.6-GHz high performance clock buffer, divider, and distributor with 8 LVDS outputsLMK01020—1.6-GHz high performance clock buffer, divider, and distributor with 8 LVPECL outputsLMK01801—Dual clock distribution

Ti Coder Software 2020

Clock generators
CDCE6214-Q1—Ultra-low power clock generator supporting PCIe gen 1-5 with 2 inputs, 4 outputs and internal EEPROMCDCI6214—PCIe Gen4 support ultra-low power clock generator with four programmable outputs & EEPROMLMK02000—1 to 800-MHz, precision clock distributor with integrated PLL and 3 LVDS / 5 LVPECL outputsLMK02002—1 to 800-MHz, precision clock distributor with integrated PLL and 4 LVPECL outputsLMK03200—Precision 0-delay clock conditioner with integrated VCOLMK03318—Ultra-low jitter clock generator family with single PLLLMK03328—Ultra-low jitter clock generator family with two independent PLLsLMK03806—Ultra-low jitter clock generator with 14 outputs
Clock jitter cleaners & synchronizers
LMK04100—Precision clock conditioners clock jitter cleaner with cascaded PLLsLMK04101—Jitter cleaner with integrated 1430 to 1570-MHz VCO:3 outputs for 2VPEC/LVPEC+4 outputs for LVCOMSLMK04102—Jitter cleaner with integrated 1600 to 1750-MHz VCO:3 outputs for 2VPEC/LVPEC+4 outputs for LVCOMSLMK04110—Jitter cleaner with integrated 1185 to 1296-MHz VCO:5 outputs for 2VPEC/LVPECLMK04111—Jitter cleaner with integrated 1430 to 1570-MHz VCO:5 outputs for 2VPEC/LVPECLMK04131—Jitter cleaner with integrated 1430 to 1570-MHz VCO:2 outputs for 2VPEC/LVPEC+LVDS+LVCOMSLMK04133—Jitter cleaner with integrated 1840 to 2160-MHz VCO:2 outputs for 2VPEC/LVPEC+LVDS+LVCOMSLMK04208—Ultra low-noise clock jitter cleaner with 6 programmable outputsLMK04228—Ultra low-noise clock jitter cleaner with dual loop PLLsLMK04610—Ultra low-noise and low power JESD204B compliant clock jitter cleaner with dual PLLsLMK04616—Ultra low-noise and low power JESD204B compliant clock jitter cleanerLMK04803—Low-noise clock jitter cleaner with dual cascaded PLLs and integrated 1.9-GHz VCOLMK04816—Three input low-noise clock jitter cleaner with dual loop PLLsLMK04821—Ultra low jitter synthesizer and jitter cleaner with JESD204B supportLMK04826—Ultra low-noise JESD204B compliant clock jitter cleaner with integrated 1840 to1970-MHz VCO0LMK04828—Ultra low-noise JESD204B compliant clock jitter cleaner with integrated 2370 to 2630-MHz VCO0.LMK04828-EP—Ultra low-noise JESD204B compliant clock jitter cleaner with temperature range -55 to 105cLMK04832—Ultra low-noise JESD204B compliant clock jitter cleaner with dual loopLMK05028—Low-jitter dual-channel network synchronizer clockLMK05318—Ultra-low jitter single channel network synchronizer clock with BAW
RF PLLs & synthesizers
LMX2485—500-MHz to 3-GHz delta-sigma low power dual PLL for RF personal communicationsLMX2485E—50-MHz to 3-GHz delta-sigma low power dual PLL for RF personal communicationsLMX2485Q-Q1—500MHz to 3GHz automotive delta-sigma low power dual PLLLMX2486—1-GHz to 4.5-GHz delta-sigma low power dual PLL for RF personal communicationsLMX2487—1 to 6-GHz delta-sigma low power dual PLLatinum frequency synthesizer with 3.0-GHz integer PLLLMX2487E—3-GHz to 7.5-GHz delta-sigma low power dual PLL for RF personal communicationsLMX2491—6.4-GHz low noise fractional-N PLL with ramp/chirp generationLMX2492—500MHz to 14GHz wideband, low noise fractional-N PLL with ramp/chirp generationLMX2492-Q1—Automotive grade 500-MHz to 14-GHz wideband, low noise fractional-N PLL with ramp/chirp generationLMX2531—High performance frequency synthesizer system with integrated VCOLMX2541—Ultra-low noise PLLatinum frequency synthesizer with integrated VCOLMX2571—1.34-GHz low-power synthesizer with FSK modulationLMX2572—6.4-GHz low-power wideband RF synthesizerLMX2572LP—2-GHz low power wideband RF synthesizer with FSK modulationLMX2581—3.76-GHz wideband frequency synthesizer with integrated VCOLMX2581E—3.8-GHz wideband frequency synthesizer with integrated VCOLMX2582—5.5-GHz high performance, wideband PLLatinum RF synthesizerLMX2592—9.8-GHz wideband frequency synthesizer with integrated VCOLMX2594—15-GHz wideband PLLatinum™ RF synthesizer with phase synchronization and JESD204B supportLMX2595—20-GHz wideband RF synthesizer with phase synchronization & JESD204B support
Evaluation board
LMK03806BEVAL—LMK03806B Evaluation BoardLMK04616EVM—LMK04616 Evaluation ModuleLMK04803BEVAL—Clock Jitter Cleaner With Dual Cascaded PLLs and Integrated 1.9 GHz VCOLMK04805BEVAL—Clock Jitter Cleaner With Dual Cascaded PLLs and Integrated 2.2 GHz VCOLMK04806BEVAL—Clock Jitter Cleaner With Dual Cascaded PLLs and Integrated 2.5 GHz VCOLMK04808BEVAL—Clock Jitter Cleaner With Dual Cascaded PLLs and Integrated 2.9 GHz VCOLMK04816BEVAL—Three Input, Thirteen Output, Clock Jitter Cleaner with Dual Cascaded PLLs and Integrated 2.5 GHz VCLMK04826BEVM—LMK04826BEVM Evaluation ModuleLMK04828BEVM—LMK04828 evaluation moduleLMK04832EVM—LMK04832 JESD204B Clock Jitter Cleaner/Clock Generator/Distribution Evaluation ModuleLMK04906BEVAL—Three Input, Seven Output, Clock Jitter Cleaner with Dual Cascaded PLLs and Integrated 2.5 GHz VCO