Thought
Technology introduces its new line of EEG electrodes.
Available in both
gold and sintered silver/silver chloride, the entire
line delivers high quality performance, ease-of-use
and maximum flexibility. Ready-to-use kits have been
designed with your applications in mind. Individual
cables are also available to match any combinations
you need. And all cables feature standard DIN termination
for compatibility with both Infiniti and most other
EEG systems.
TT-EEG Kits Gold-plated electrodes
and ear clips for regular EEG neurofeedback
DC-EEG Kits Sintered silver/silver-chloride
electrodes and ear clips for DC and low frequency applications
Individual cables
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TT-EEG
Gold-plated electrodes and ear clips for regular
EEG neurofeedback.
|
TT-EEG cup electrodes
are made from durable gold-plated silver and deliver
excellent performance at a competitive price. Ideal
for most common neurofeedback applications.
For use with our EEG Flex/Pro
or EEG-Z sensors. |
TT-EEG
Monopolar/Bipolar Kit with DIN Cable
T8750 |
|
This
kit allows users to make either monopolar or bipolar
single channel measurements. It is included with new
purchases of EEG Flex/Pro and EEG-Z sensors, or ProComp2
systems. Also available separately by request.
For
customers who already have the EEG DIN cable, this kit
is also available as T8751 without the EEG DIN cable
at a lower cost.
This kit contains the
following components:
Qt. |
PN# |
Description |
1 |
SA8740 |
EEG
Extender DIN cable |
1 |
SA9323B |
TT-EEG
gold cup cable – blue |
1 |
SA9323Y |
TT-EEG
gold cup cable – yellow |
1 |
SA9321
|
TT-EEG
gold ear clip – black |
1 |
SA9321Y
|
TT-EEG
gold ear clip – yellow |
|
TT-EEG
Monopolar/Bipolar Kit without DIN Cable
T8751 |
|
For
our users who have previously purchased the EEG DIN
cable.
This kit contains the
following components:
Qt. |
PN# |
Description |
1 |
SA9323B |
TT-EEG
gold cup cable – blue |
1 |
SA9323Y |
TT-EEG
gold cup cable – yellow |
1 |
SA9321
|
TT-EEG
gold ear clip – black |
1 |
SA9321Y
|
TT-EEG
gold ear clip – yellow |
|
TT-EEG
Linked Ears Kit
T8755 (requires
one T8750) |
|
This
kit is used in conjunction with one (1) monopolar/bipolar
kit (T8750). It allows users to “link” two
ear clips using a Y-connector. It is recommended for
single EEG sensor purchases to add a linked ear reference.
This kit contains the
following components:
Qt. |
PN# |
Description |
1 |
SA9323
|
TT-EEG
gold cup cable – black |
1 |
SA9321Y |
TT-EEG
gold ear clip – yellow |
1 |
SA9319
|
2M1F
Y-connector |
|
TT-EEG
2 Channel Connectivity Kit
T8760 (requires
two T8750) |
|
This
kit is used in conjunction with two (2) monopolar/bipolar
kits (T8750).
It allows users to make two-channel measurements with
common ground and reference– required when working
with connectivity or other two-channel EEG protocols.
It is recommended for all purchases of two EEG sensors
or two monopolar/bipolar kits - to include the possibility
of using bipolar or monopolar channels, linked ear reference,
single ground for both channels, or any combination
of these configurations.
This kit contains the
following components:
Qt. |
PN# |
Description |
1 |
SA9323
|
TT-EEG
gold cup cable – black |
2 |
SA9315
|
1M2F
Y-connector |
1 |
SA9319
|
2M1F
Y-connector |
Back
to top
|
TT-EEG
4 Channel Connectivity Kit
T8761
(requires
four T8750) |
|
This
kit is used in conjunction with up to four (4) monopolar/bipolar
kits (T8750).
It allows users to make two, three or four-channel measurements
with common ground and reference– required when
working with connectivity or other multiple-channel
EEG protocols. It is recommended for all purchases of
up to four EEG sensors or up to four monopolar/bipolar
kits - to include the possibility of using bipolar or
monopolar channels, linked ear reference, single ground
for both channels, or any combination of these configurations.
This kit contains the
following components:
Qt. |
PN# |
Description |
1 |
SA9323
|
TT-EEG
gold cup cable – black |
2 |
SA9315-4
|
1M4F
Y-connector |
1 |
SA9319
|
2M1F
Y-connector |
Back
to top
|
DC-EEG
Sintered silver/silver-chloride
(Ag/AgCl) electrodes and ear clips for DC and low frequency
applications. |
DC-EEG electrodes and ear clips
are made of sintered Ag/AgCl to provide top-of-the-line
performance, less low frequency noise, less offset,
and less polarization and contribution to DC drift than
many other types of EEG electrode*. The sleek, lightweight
disc provides fast, easy placement and is less likely
to move when properly applied.
Sintered Ag/AgCl is also very
well suited for use with Ten20 paste. Ten20 paste performs
better and for longer with sintered Ag/AgCl electrodes
than many other well-known electrode pastes and gels
on the market.
For use with our EEG-Z3 sensor.
* Simple preparation
and placement techniques will further improve performance.
Some basic maintenance is required to reduce wear and
prolong lifespan. Click Learn More for more details.
Learn
more > |
DC-EEG
Three Disc Electrode
T8770 |
|
Ideal
for reference and active ground placement on the mastoid
process. Can be used in monopolar or bipolar configuration.
Available with purchases of our EEG-Z3 sensor or separately.
For customers who prefer ear clips, the T8775 kit is
also available.
This kit contains the
following components:
Qt. |
PN# |
Description |
1 |
SA7675B |
DC-EEG
Ag/AgCl disc electrode - blue |
1 |
SA7675W
|
DC-EEG
Ag/AgCl disc electrode - white |
1 |
SA7675 |
DC-EEG
Ag/AgCl disc electrode - black |
|
DC-EEG
Monopolar/Bipolar Kit
T8775 |
|
This
kit allows users to make either monopolar or bipolar
single channel measurements. Available with purchases
of our EEG-Z3 sensor or separately.
For
customers who prefer a mastoid reference, the T8770
kit is also available.
This kit contains the
following components:
Qt. |
PN# |
Description |
1 |
SA7675B |
DC-EEG
Ag/AgCl disc electrode - blue |
2 |
SA7675W
|
DC-EEG
Ag/AgCl disc electrode - white |
1 |
SA9322 |
DC-EEG
Ag/AgCl ear clip - black |
1 |
SA9322Y |
DC-EEG
Ag/AgCl ear clip - yellow |
|
DC-EEG
Linked Ears Kit
T8780 |
|
This
kit is used in conjunction with one (1) monopolar/bipolar
kit (T8775). It allows users to “link” two
ear clips using a Y-connector. It is recommended for
single EEG-Z3 sensor purchases to add a linked ear reference.
This kit contains the
following components:
Qt. |
PN# |
Description |
1 |
SA7675 |
DC-EEG
Ag/AgCl disc electrode - black |
1 |
SA9322Y
|
DC-EEG
Ag/AgCl ear clip - yellow |
1 |
SA9319 |
2M1F
Y-connector |
|
DC-EEG
2 Channel Connectivity Kit
T8785 |
|
This
kit is used in conjunction with two (2) monopolar/bipolar
kits (T8775).
It
allows users to make two-channel measurements with common
ground and reference– required when working with
two-channel DC or low frequency EEG protocols. It is
recommended for all purchases of two EEG-Z3 sensors
or two monopolar/bipolar kits - to include the possibility
of using bipolar or monopolar channels, linked ear reference,
single ground for both channels, or any combination
of these configurations.
This kit contains the
following components:
Qt. |
PN# |
Description |
1 |
SA7675 |
DC-EEG
Ag/AgCl disc electrode - black |
2 |
SA9315
|
1M2F
Y-connector |
1 |
SA9319 |
2M1F
Y |
Back
to top
|
| Individual
Cables |
TT-EEG Gold Cup Cable
SA9323 |
TT-EEG Gold Ear Clip
SA9321 |
DC-EEG Ag/AgCl Disc Electrode
SA7675 |
|
Available
in black (SA9323), yellow (SA9323Y), and blue (SA9323B)
|

Available
in black (SA9321) and yellow (SA9321Y) |

Available
in black (SA7675), white (SA7675W), and blue (SA7675B)
|
DC-EEG Ag/AgCl Ear Clip
SA9322 |
EEG
DIN Extender Cable
T8740 |
1M2F
Y-Connector
SA9315 |

Available
in black (SA9322) and yellow (SA9322Y)
|

For
connection of three standard DIN terminated cables
directly to EEG Flex/Pro and EEG-Z sensors or ProComp2
encoder.
|

Connects
a single electrode to two inputs. Allows use of the
same electrode in two channels for common ground or
reference.
|
1M4F
Y-Connector
SA9315-4 |
2M1F
Y-Connector
SA9319 |
|

Connects
a single electrode to four inputs. Allows use of the
same electrode in up to four channels for common ground
or reference.
|

Connects
two electrodes to a single input. Used to join two
ear clip cables together to form a linked ear reference.
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