Difference between revisions of "TDT Series 3"
Jump to navigation
Jump to search
| Line 1: | Line 1: | ||
==Description== | ==Description== | ||
| − | + | The TDT System 3 was introduced in the late 1990. It is a versatile and widely used data acquisition and processing system in the field of neurophysiology and electrophysiology research. It's a hardware and software platform designed for acquiring, processing, and analyzing neural signals. | |
| + | |||
| + | Key features of the TDT System 3 include: | ||
| + | |||
| + | *High-Speed Data Acquisition: It is capable of recording neural signals, such as multi-channel electrophysiological data, at high sampling rates. | ||
| + | *Flexible Signal Processing: The system provides a range of signal processing capabilities, including filtering, spike sorting, and event detection. | ||
| + | *Integration with MATLAB: MATLAB compatibility is a notable feature, making it easier for researchers like yourself who use MATLAB for data analysis and programming. | ||
| + | *Customizable: Researchers can customize and expand the system with additional modules and accessories to suit their specific experimental needs. | ||
| + | *Multi-Channel Capability: It can handle multiple channels simultaneously, which is crucial for studying neural activity in various brain regions. | ||
==System 3 devices== | ==System 3 devices== | ||
Revision as of 12:24, 31 January 2024
Description
The TDT System 3 was introduced in the late 1990. It is a versatile and widely used data acquisition and processing system in the field of neurophysiology and electrophysiology research. It's a hardware and software platform designed for acquiring, processing, and analyzing neural signals.
Key features of the TDT System 3 include:
- High-Speed Data Acquisition: It is capable of recording neural signals, such as multi-channel electrophysiological data, at high sampling rates.
- Flexible Signal Processing: The system provides a range of signal processing capabilities, including filtering, spike sorting, and event detection.
- Integration with MATLAB: MATLAB compatibility is a notable feature, making it easier for researchers like yourself who use MATLAB for data analysis and programming.
- Customizable: Researchers can customize and expand the system with additional modules and accessories to suit their specific experimental needs.
- Multi-Channel Capability: It can handle multiple channels simultaneously, which is crucial for studying neural activity in various brain regions.
System 3 devices
RP2.1 Enhanced Real-Time Processor
The RP2.1 is a single core Digital Sound Processor. It can be programmed by the RPvdsEx programming interface. It can generate signals or play signals from memory as well as record signals.
- Sample rates: 6, 12, 25, 50, 100, 200 kHz.
- Analog I/O: 2 channels in, 2 channels out
- Digital I/O: 16 channels configurable
RA16 Medusa Base Station
The RA16 is a single core Digital Sound Processor that can be interfaced with a multichannel ADC preamplifier like the RA8GA or RA4PA.
- Analog Input: up to 8 channels with external preamp via optical link
- Analog output: stereo via 6.35mm jack
- Digital I/O: input 1 bit (trigger), output 16 bits
- Sampling rate: 48.828 kHz maximum
RA8GA Adjustable Gain Preamplifier
%todo
PA5 Progammable Attenuator
%todo
SA1 Stereo Amplifier
%todo
FO5 Fiber Optic Gigabit Zbus Interface
%todo
PO5e Fiber Optic Gigabit Computer Interface
%todo
PM2 Multiplexer
%todo
MS2 Monitor Speaker
%todo
ZBus for System 3
%todo
PS25F power supply
%todo