Thought Technology Sensors & Accessories

Bend Sensor (T9550)

Bend sensor is small enough to be placed on fingers and wrists to monitor joint motion. 180 degrees of flexion. Use sensors back to back to get a 360 degree range.

Blood Volume Pulse (BVP) Sensor (SA9308M)

BVP sensor is a blood volume pulse detection sensor (otherwise known as a PPG sensor) housed in a small finger worn package, to measure heart rate and provide BVP amplitude, BVP waveform, HR and Heart rate variability feedback.

Length (Approx.): 20mm x 34mm x 10mm (0.72" x 1.33" x 0.41")
Weight: 20g (0.66 oz)
Input Range: Unit less quantity displayed as 0% - 100%

EEG Flex/Pro Sensor (T9305M)

A pre-amplified electroencephalograph sensor, without the built in impedance sensing of the EEG-Z.

Size (Approx.): 37mm x 37mm x 12mm(1.45" x 1.45" x 0.45")
Weight: 25g (1 oz)
Input Impedance: 1,000,000Mohms in parallel with 10pF
Input Range: 0 - 200µVRMS
Sensitivity: <0.1µVRMS
Bandwidth: 2Hz - 1kHz
CMRR: >130dB

EEG-Z Sensor (T9305Z)

EEG-Z is a pre-amplified electroencephalograph sensor with built in impedance checking. Get the ultimate hook up every time with this sensor as it monitors skin impedance (both the reactive and resistive elements) and sensor connection.

Size (Approx.): 37mm x 37mm x 12mm (1.45" x 1.45" x 0.45")
Weight (approx.): 25g (1oz)
Input Impedance: 10Gohms in parallel with 10pF
Signal Input Range: 0 - 200µV
Sensitivity: <0.1µVRMS
CMRR: >130dB
Channel Bandwidth: 2Hz - 1kHz

EEG-Z3 Sensor (T7680)

EEG-Z3 is a pre-amplified electroencephalograph sensor with built in impedance checking and 3 modes of operation: regular EEG mode (above 2 Hz), low frequency mode (above 0.01 Hz) for evoked potentials and low frequency applications and DC mode for true DC operation (above 0 Hz) for slow cortical potentials. Modes can be changed on-the-fly. Also includes DIN input connectors for use with standard EEG electrodes.

EEG Cables: Monopolar/Bipolar Kit (T8750)

This kit contains the following components:

This kit allows users to make either monopolar or bipolar single channel measurements. It will be included with new EEG sensor purchases, ProComp2 systems, or sold separately by request.

For customers who already have the DIN cable, this kit is also available as T8751 without the DIN cable at a lower cost.

EEG Cables: Linked Ear Kit (T8755)

This kit contains the following components:

This kit is used in conjunction with one monopolar/bipolar kit (T8750). It allows users to "link" two ear clips using a Y-connector. It is recommended for single EEG sensor purchases for linked ear reference.

EEG Cables: Two Channel Connectivity Kit (T8760)

This kit contains the following components:

This kit is used in conjunction with two monopolar/bipolar kits (T8750). It allows users to make two-channel measurements with common grounds and references - 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 ears reference, single ground for both channels, or any combination of these configurations.

EEG Extender Cables

(A) DIN cable extender cable, connects to client via replaceable electrodes. Enabling monopolar or bipolar connections it is the most versatile option. Electrodes purchased separately.
(B) Bipolar extender cable, with permanent tin cup electrodes with one ear clip.
(C) Monopolar extender cable, with permanent tin cup electrodes with two ear clips.
(D) Linked ear extender cable, with permanent tin cup electrodes and linked ear connections.

Gold-plated EEG Electrodes

TT-EEG electrodes have been designed for comfort, ease of use and durability. TT-EEG includes gold-plated silver cup electrodes and gold-plated earclips with contacts on both sides. TT-EEG earclips can be connected together using a jumper cable for linked ear setups.

TT-EEG earclips are the most comfortable and easy to use earclips on the market, assuring excellent connection through their large gold-plated surfaces. TT-EEG earclips and electrodes are available in 22" and 40" lead lengths with industry-standard protected pin DIN connectors at the ends - easy to connect to most equipment.

Electrodes

(A) Triode, electrode with standard 2cm spacing of silver silver chloride electrodes, backed with nickel plated brass snaps to prevent corrosion when connected to pre-amplifiers for extended periods.
(B) UniGel electrodes, pre gelled single electrodes, or sensitive placements on dry skin.
(C) Single strip electrodes, versatile electrodes can be used as strip or separated for wider placements.

EKG Sensor (T9306M)

A pre-amplified electrocardiograph sensor, for directly measuring heart electrical activity. Connects via extender cables for a single channel hook up. Bandwidth of 0.05 Hz - 1 KHz.

Size (Approx.): 37mm x 37mm x 12mm (1.45" x 1.45" x 0.45")
Weight (approx.): 25g (1oz)
Input Impedance: 1,000,000Mohms in parallel with 10pF
Signal Input Range: 0 - 12mVRMS
Sensitivity: <1µVRMS
CMRR: >130dB
Channel Bandwidth: 0.05Hz - 1kHz
Signal Output Range: 0 - 600mVRMS
Input/Output Gain: 50
Supply Voltage: 7.26V (± 0.05V)
Current Consumption: <1.5mA

MyoScan EMG Sensor (T9503M)

A pre-amplified surface electromyography sensor used with the ProComp Infiniti channels A - B for RAW sEMG. and FlexComp Infiniti channels. Compatible with Triode electrodes or extender cables for wider placement of electrodes. Range of 0 - 2000 µV.

Size (Approx.): 37mm x 37mm x 12mm (1.45" x 1.45" x 0.45")
Weight: 15g (0.5 oz)
Input Impedance: >1012ohms in parallel with 10pF
Input Range: 0 - 2000µVRMS
Sensitivity: <0.1µVRMS
CMRR: >130dB
Channel Bandwidth: 10Hz - 1kHz
Signal Output Range: 0 - 1.0V RMS
Input / Output Gain: 500
Supply Voltage: 7.26V (± 0.02V)
Current Consumption: 0.7mA (± 0.25mA)

MyoScan Pro EMG Sensor (T9401M-60 or T9401M-50)

A pre-amplified surface electromyography sensor used with the ProComp Infiniti channels C - H for RMS sEMG. Features a range switch in the sensor head to change filter settings between 0 - 400 µV Narrow filter, 0 - 400 µV Wide filter, 0 - 1600 µV Wide filter. Compatible with Triode electrodes or extender cables for wider placement of electrodes.

Size (Approx.): 37mm x 37mm x 15mm (1.45" x 1.45" x 0.60")
Weight: 25g (1 oz)
Input Impedance: 1,000,000Mohms in parallel with 10 pF
Input Range: 0 - 400µVRMS, 0 - 1600µVRMS
Sensitivity: <0.1µVRMS
Bandwidth: 20Hz - 500Hz

EMG Extender Cables (T8720M)

Extend the placement possibilities of the MyoScan and MyoScan Pro, sensors with the shielded, low noise extender cables.

Force Sensor Adapter / Foot Switch (T9540)

This adapter connects to third party Force sensors of varying sensitivity to measure pressure or force, such as Tekscan Flexiforce and Imaging Technologies Uniforce. It can be used to monitor tactile activity, or as a foot switch for Gait Analysis.

Sensor Resistive Range: 1Kohm - 1.4Mohm (native Infiniti modes)
Output Voltage Transfer Function: V out = [301Kohm/(Rfs +575Kohm)] * Vs, where Rfs is the resistance of force sensor in Kohm
Supply Voltage: (Vs) = 7.26V
Current Consumption: < 1mA @ 7.26V nominal
Resistance to Voltage Accuracy: ±1%
Length: ~152cm (60")
Weight: ~10g

ForceTrac (7640)

ForceTrac is a highly sensitive and accurate sensor capable of monitoring anyforce perpendicular to its surface through one of 3 attachments.

When used with its rod attachment, ForceTrac can be used as an algometer to provide objective pain sensitivity ratings in patients presenting with pain. ForceTrac can be used as a manual muscle tester to evaluate muscle strength in a wide variety of muscles, in strength testing and kinesiology. Two rubber-coated probes are included - a flat one, and a curved one for wrist and leg assessments.

ForceTrac provides repeatable measurement conditions for sEMG assessments, providing consistency in Median Frequency Analyses. ForceTrac works with our encoders, including: Procomp 2, ProComp 5, ProComp Infiniti, or FlexComp Infiniti, and our BioGraph Infiniti Software to provide an integrated solution to force monitoring.

Manual Muscle Algometer and ForceTrac Provides Accuracy and Repeatability in Your Measurements!

Goniometer Adapter (T9545)

This adapter connects to Biometrics' torsiometers or single and dual axis goniometers, for monitoring joint movement in multiple planes. Ideal choice for Ergonomics and Gait Analysis.

Size (approx.): 370mm x 370mm x 100mm (1.45" x 1.45" x 0.44")
Weight (approx.): 15g (0.5 oz)
Input Impedance: >1Mohm
Signal Input Range: -180° - +180° (±5 degrees of movement)
Signal Output Range: 2.200 - 3.400V
Supply Voltage: 7.26 VDC
Current Consumption: <4mA @ 7.26 VDC

InclinoTrac (T7650)

InclinoTrac is a single inclinometer that measures the inclination angle relative to the ground. InclinoTrac uses solid-state micro-machined sensors and microprocessor technology to provide rapid settling and high resolution (0.1°) and accuracy (1.0°).

Dual InclinoTrac (T7655)

Dual-InclinoTrac is a dual inclinometer that measures relative angle (between back and head, for instance). Ideal choice for Range Of Motion assessment.

Respiration Sensor (SA9311M)

An easy fitting high durability latex rubber band fixed with velcro respiration belt for monitoring respiration rate from a client. Can be worn either thoracically or abdominally, over clothing.

Size (Approx.): 132cm (52" Long)
Weight: 30g (1.0 oz)
Range: 30% - 65%

Skin Conductance Flex/Pro Sensor (SA9309M)

A sensor to measure the conductance across the skin, normally connected to the fingers or toes. Supplied with two finger bands.

Size without electrode leads (approx.): 3.5 cm (1.4")
Size with electrode leads (approx.): 15 cm (6.0")
Cable Length (approx.): 127 cm (50")
Weight (approx.): 25 g (1 oz)
Signal Input Range: 0 - 30.0 µS

Temperature Sensor (SA9310M)

A skin temperature sensor, measuring between 10°C - 45°C ( 50°F - 115°F ). It is supplied with a self adhering band for easy finger placement.

Length (Approx.): 152cm (60")
Weight: 10g (0.33oz)
Temperature Range: 10°C - 45°C (50°F - 115°F)
Accuracy: ±1.0°C (±1.8°F) 20°C - 40°C (68°F - 104°F)

TT AV-Sync (T7670)

TT AV-Sync is a highly accurate time-synchronizing device for making measurements of audio and video events produced by a PC. AV Sync is used in evoked and slow cortical potential protocols, and reaction time testing to provide the ability to make measurements with millisecond accuracy.

Voltage Isolator

Size (Approx.): 95mm x 57mm x 32mm (3.75" x 2.25" x 1.25")
Weight: 55g (2 oz)
Input Impedance: 1Mohm
Input Range: 0 - 200mV, 0 - 2V, 1.952V - 3.648V
Bandwidth: 0Hz - 40Hz