Comprehensive line of accessories for a wide range of wireless digital telemetry experiments:
Infrared (IR) receiver and transmitter pair for remote power control to turn FreeLynx on/off - ideal for sleep studies.
Allows continued use of FreeLynx for recording setup without use of battery.
Turns FreeLynx “On/Off” via magnetic control switch.
40W/8A 5-Port USB charger.
FreeLynx batteries are rechargeable and may be quickly swapped.
Small: 240 mAh, 6.8 grams, approx. 0.5 hours
Medium: 650 mAh, 15 grams, approx. 1.5 hours
Large: 1300 mAh, 30 grams, approx. 3 hours
Custom battery options available for longer experiments.
Conveniently charges FreeLynx batteries, indicating charging status via colored LED’s.
|FreeLynx Small Battery Charger|
for use with FreeLynx small batteries
|FreeLynx Standard Battery Charger |
for use with FreeLynx medium/large batteries
~ 3 grams. Optional, but highly recommended for protection and optimal battery life.
Optional 90-degree mounting bracket, replaces shield.
Uses large EIB pins. Mounts directly on Halo-18 Microdrives. Mounting tabs allow for a more secure connection between the EIB and FreeLynx.
Uses small EIB pins. Mounts directly on Halo-18 Microdrives. Mounting tabs allow for a more secure connection between the EIB and FreeLynx.
Omni-directional LEDs for tracking subject’s head location and direction.
|FreeLynx LED Blue|
|FreeLynx LED Green|
|FreeLynx LED Red|
Used to train subjects prior to running experiments with FreeLynx system. This is a FreeLynx mass model, representing approximate size, weight and balance of FreeLynx.
Simulates a live subject by sending an individual signal to all headstage channels for testing purposes.
Prevents NHP subjects from accessing or damaging FreeLynx. “On/Off” switch may be toggled using FreeLynx Power Stick while FreeLynx Protective Cover is in place. Customized for specific application.
Adapts FreeLynx to most major neural probes. Connects up to four LVDS tethers with four 30-position Molex input connectors.
Connects FreeLynx wireless acquisition system to animal interfaces using Polarized Nano (PZN-12) connection such as Cambridge NeuroTech Mini-Amp-64. Custom lengths available for your application.
Connects Freelynx wireless acquisition system to 32 or 64 channel silicon probes: Cambridge NeuroTech® (ASSY-116, ASSY-156, ASSY-158), NeuroNexus® (CM/OCM/H/HC/P series), ATLAS Neuro® (Omnetics 32-Chronic).
This adapter features a magnetically-aligned QuickClip® connection to a HS-72-QC headstage or the Analog Front End (AFE) of a FreeLynxTM wireless telemetry device. The reverse side features two Omnetics 36 socket connectors for compatible probes and other animal interfaces.
For use with 32 and 64 channel ATLAS Neuroengineering (Omnetics 32-Chronic), Cambridge NeuroTech (ASSY-116, ASSY-158) and NeuroNexus® (CM/OCM/H/HC/P series) probes. This adapter can also convert Plexon®, Tucker-Davis®, and Blackrock Microsystems® interfaces to be used with the HS-72-QC and Freelynx 64 channel.