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DATAMATH CALCULATOR MUSEUM |
Texas Instruments Calculator-Based Laboratory CBL 2
| Date of introduction: | March 2000 | Display technology: | LCD |
| New price: | $240.00 | Display size: | 4 |
| Size: | 8.5" x 3.2" x 1.2" | ||
| Weight: | 8.0 ounces | Serial No: | 1384002606 |
| Batteries: | 4*AA | Date of manufacture: | mth 05 year 2003 |
| AC-Adapter: | Origin of manufacture: | Taiwan | |
| Precision: | Integrated circuits: | CPU: Toshiba TMP91CW12F Flash: Fujitsu 29F800 RAM: Sanyo LC35256 |
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| Memories: | |||
| Program steps: | Courtesy of: | Joerg Woerner |
Already
October 21, 1999 Texas Instruments announced the Second Generation Calculator-Based
Laboratory™ or CBL 2™ and introduced it about March 2000 in the United
States, Canada, Europe, Australia and Latin America.
Main differences between the CBL 2 and ist
predecessor CBL are the introduction of the Flash
technology as program and data memory and the missing LC-display for convenient
standalone operation.
The CBL 2 connects to a graphing calculators
such as the TI-73, TI-82, TI-83,
TI-83 Plus, TI-83
Plus Silver Edition, TI-86, TI-89,
TI-92, TI-92 Plus and Voyage
200. New features include Flash memory with built-in calculator software, a
supporting cradle, and four channels for data collection. The Flash memory
allows users to update programs with the most current software version and
update the functionality of the CBL 2. Users can utilize the remaining memory to
store multiple experiment trials, experiment setups or other programs. The
Innovative Cradle System allows the CBL 2 and graphing calculator to become one
unit for portable single-handed use on most Texas Instruments graphing
calculators.
Additional features include the following:
|
Built-in User Program: Transfer programs
to calculators with | |
|
Quick Setup Mode: Collect data without
the calculator using | |
|
Compatibility: Compatible with most
existing CBL programs and | |
|
Language Localization: Download one of
more than 10 language | |
|
Performance: Collect a total of
approximately 12,000 data points |
| Transfer the built-in DataMate user program from the CBL 2
to the calculator with a single button push. | |
| Run the DataMate program (DataMate application on the TI-83
Plus). | |
| Plug an Auto-ID sensor into the CBL 2. | |
| Begin collecting data. |
The hardware of the CBL 2 System makes use
of a powerful Toshiba TMP91CW12F microcontroller with fast 10-bit Analog-Digital
converters, a 32k Bytes RAM and 1M Byte of Flash memory. The brain of the CBL 2
is a member of the TLCS-90 family, actually a 16-bit
implementation of the Zilog Z80 CPU with 4k Byte RAM and 128k Byte ROM plus a
lot of peripherals integrated into a tiny package.
The CBL 2 system accepts three analog inputs
and an ultrasonic motion detector input to connect the Calculator-Based Ranger CBR
and its successor CBR 2. The sampling rate is adjustable between 10,000 samples per second to one sample
every 4 hours on each analog channel or up to 50,000 samples per second on a single
analog channel. The memory stores a maximum of 12,000 datapoints compared
to the 512 points per channel of the original CBL System.
The CBL 2 has approximately 500KB of free memory that allows users to save experiment setups, store multiple trials and archive other calculator programs. The addition of Flash memory gives users the ability to upgrade the functionality of the unit instead of having to purchase a new one. To that end, the Flash technology allows the CBL 2 to grow with educators' changing curriculum because they can download software upgrades from the TI Web site.
The CBL 2 being marketed by Texas
Instruments was developed as part of an ongoing business alliance between TI and
Vernier Software of
Portland, Oregon.
| Texas Instruments and Vernier Software
& Technology Celebrate 10 Years of Collaboration with New Support and
Professional Development Offerings for Science Educators
Educational handhelds enrich scientific investigation through data collection, experimentation and analysis PHILADELPHIA, March 27, 2003
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If you have additions to the above article please email: joerg@datamath.org.
© Joerg Woerner, October 23, 2003. No reprints without written permission.