EIB-36
Provides microwire connections to a 36 channel headstage with Omnetics 44 pin connectors.
Mounts directly on a Halo-10 Microdrive or Harlan 8 Drive.
- Supports 2 differential stimulus channel lines
Channels | 32 |
References | 4 |
Differential Stim Lines | 2 |
Grounds | 2 |
Mass | 564 mg |
Length | 2.0 cm |
Width | 1.1 cm |
Height | 0.6 cm |
EIB Pins | Small |
Connection | Omnetics 44 Pin, 42 0.03 cm Vias |
Microdrive | not required |
*Neuralynx is not a distributor of Omnetics parts.
Catalog Number
31-0603-0117
![](https://neuralynx.fh-co.com/wp-content/uploads/2023/06/HS-36-web.png)
HS-36
Buffered 36 channel headstage with Omnetics 44 connector.
![](https://neuralynx.fh-co.com/wp-content/uploads/2023/06/HS36-LED.png)
HS-36-LED
Buffered 36 channel headstage with Omnetics 44 connector.
![](https://neuralynx.fh-co.com/wp-content/uploads/2023/06/HS-MUX-32_no_tether.png)
HS-32-mux
32 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
![](https://neuralynx.fh-co.com/wp-content/uploads/2023/06/HS-MUX-32-LED-head.png)
HS-32-mux-LED
32 channel multiplexing (MUX) headstage for digitizing analog neural signals on the headstage.
![](https://neuralynx.fh-co.com/wp-content/uploads/2023/06/Halo-10_QC_2.png)
Halo-10 Microdrive
Provides up to 10 independently drivable shuttles to position up to 8 tetrodes with 11mm shuttle travel. Two additional shuttles available for fiber optics or reference electrodes.
![](https://neuralynx.fh-co.com/wp-content/uploads/2023/06/harlan8_web.png)
Harlan 8 Drive
Reusable 8 tetrode drive with solid tip that allows researchers to drill custom exit pattern. For use with standard EIB-36.
![](https://neuralynx.fh-co.com/wp-content/uploads/2023/06/eib-pins-small.png)
Small EIB Pins
Gold pins used for making the connection between the electrode wire and Electrode Interface Board (EIB).
![](https://neuralynx.fh-co.com/wp-content/uploads/2023/06/EIB-36-Plating-Adapter-3.png)
EIB-36 Plating Adapter
A simple interface for allowing impedance measurements during electrode plating of 36 channel electrode interface boards (EIBs), with direct access to each channel.