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New IZ2 Stimulator!
Deliver up to 300 microamps into 128 channels with our newest programmable, RZ controlled stimulator.
Features:
- 32, 64, or 128 channel models
- Arbitrary waveform generation
- Current or voltage stimulation
~more
New RS4 Data Streamer!
The RS4 stores data streamed from the RZ2, our most powerful processor for high channel count data acquisition. Off-loading data streaming tasks from the RZ2 to the RS4 improves real-time performance and allows you to acquire continuous data over several days or weeks.
Using a single RS4 with multiple RZ2s, you can stream up to 1024 channels at rates up to 25 kHz and fewer channels at rates up to 50 kHz. Streamed data is stored as individual channels and can be easily reincorporated in to the OpenEx data tank format. The RS4 is available with either 4 terabytes or 8 terabytes of storage. ~more
RZ6 Multi I/O processors now shipping...
The RZ6 Multi-I/O processor is a high bandwidth device ideal for animal screening and auditory stimulation applications. It features high quality Sigma-Delta ADCs and DACs and delivers the functionality of several System 3 modules, all in a single easy-to-use, easy-to-connect device. ~more
ZIF-Clip® LED Headstages
now available...
16, 32, 64 channel ZIF-Clip® headstages are available with LEDs
for motion tracking applications.
 
64-channel ZIF-Clip® microwire arrays now available...
TDT now provides higher channel count microwire arrays for your experimental needs. Check the microwire arrays page for more information!
TDT is now shipping
aluminum finish ZIF-Clip® Headstages…
Get the same great low insertion force
performance as our original groundbreaking
design, now with a more rugged
finish. This design lasts longer under a broad
range of experimental conditions.
Contact your sales consultant for upgrade
information at info@tdt.com. ~more
Z-Series power now available for 4-32 channel systems!
The new RZ5 features one or two ultra fast digital signal processors networked on a novel bus architecture that speeds both onboard communication and memory access. Two Medusa fiber optic input ports and one output port allows the RZ5 to function as either a biological amplifier system or a microstimulator system. ~more
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Summer 2009 Newsletter Now Available!
Visit the Newsletters Archives for a look back
at customer service updates and tech tips.
Be sure to look for us at these meetings in 2010:
AChemS
April 21-25, 2010
St. Petersburg, FL
NCM
April 20-25, 2010
Naples, FL
NIC
June 21-23, 2010
Long Beach, CA
FENS
July 3-7, 2010
Amsterdam, Netherlands
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EMBC
Booth # 12
August 31-Sept. 4, 2010
Buenos Aires, Argentina
Neuroscience
Booth # 2925
November 13-17, 2010
San Diego, CA
AES
Booth #328
December 3-7, 2010
San Antonio, TX |
Tucker-Davis Technologies, systems have been cited in over 2500 publications, with over 1500 references since 2003.
Y. Ben-Shaul, L.C. Katz, R. Mooney, and C. Dulac develope a unique preparation that allows controlled and repeated stimulus delivery to the vomeronasal organ (VNO) in order to study the role of the vomeronasal system in both conspecific and interspecific recognition in rodents. Article available here...
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Karunesh Ganguly, Lavi Secundo, Gireeja Ranade, Amy Orsborn, Edward F. Chang, Dragan F. Dimitrov, Jonathan D. Wallis, Nicholas M. Barbaro, Robert T. Knight, and Jose M. Carmena characterize the distributed neural representation of ipsilateral upper limb kinematics in both monkey and man. Article available here...
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Jack DiGiovanna, Prapaporn Rattanatamrong, Ming Zhao, Babak Mahmoudi, Linda Hermer, Renato Figueiredo, Jose C . Principe, Jose Fortes and Justin C . Sanchez take a close look at a cyber-workstation for computational neuroscience. Article available here...
Click here to see more...
TDT Users In The News...
Health Day reports on the work of Collen Le Prell and colleagues at the University of Florida. "Finding suggests that it may be possible to create a pill that protects against noise-induced and even age-related hearing loss in humans." here...
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The work of Robert Frisina and collegues at the University of Rochester makes the news in an article discussing the brain's role in age-related hearing loss here...
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Justin Williams and colleagues at the University of Wisconsin testing electrical stimulation of the tongue as an adjunct to visual feedback for brain-controlled computer interfaces. Article available here...
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