Accessories and Test Equipment

External stimulus input cable, source and return connections for 2 stimulus channels

Two-pin IDC female to male BNC adapter, 1 meter total length coaxial cable.

Carrier body (20 position) for 2Pin-BNC cables.

Carrier body (34 position) for 2Pin-BNC cables.

Clamp and rod assembly for stereotactic mounting of NLX-5 Drive or NLX-9 Drive.

This test cable provides a convenient method of applying the same signal to all AD inputs of a Digital Lynx Input Board. Included in this package are: Male banana plug connections for signal, reference, and ground; Male BNC to female banana plug adapter; 10cm ribbon cable.

The EIB-36 Plating Adapter is a breakout board for any HS-36 compatible EIB. It can be used during electrode plating to more easily measure impedance of electrodes connected to an EIB. This package also includes a stereotaxic device that mounts to our Tetrode Assembly Station, providing hands free stabilization during measurement.

The EIB-36 Plating Cable is used for a direct connection to the EIB-36 family of interface boards. The other end of this cable has a MDR50 connecter which can be connected to the EIB-36 Switch Box. This setup will allow the user to move from channel to channel for plating or impedance checks without physically changing the connection.

Used for easy, rapid measurement and plating of microdrive electrodes. Electrode plating selection is done via switches for “hand off” style microdrive plating. Plates 32 electrodes, 4 references and 4 stimulus channels. Microdrive EIB interface connector is our standard MDR-50 connector.

This adapter uses standard 3.5mm headphone connections and can be inserted between the PC's headphone jack and a pair of headphones. The adapter eliminates background noise from single unit (spike) channels, allowing you to hear only the pop of the spikes.

This medical grade cart provides UL 60601 medical safety for the Digital Lynx system. It is designed for use in hospitals and laboratories where patients must be electrically isolated from wall outlets. The isolation cart has a ground fault interrupter (GFI) that complies with body floating (BF)equipment specifications, and an isolation transformer for AC ground current leakage control. This unit works only on 110V power systems.

This medical grade cart provides UL 60601 medical safety for the Digital Lynx system. It is designed for use in hospitals and laboratories where patients must be electrically isolated from wall outlets. The isolation cart has a ground fault interrupter (GFI) that complies with body floating (BF)equipment specifications, and an isolation transformer for AC ground current leakage control. This unit works only on 220V power systems.

This medical grade cart provides UL 60601 medical safety for the Digital Lynx system. It is designed for use in hospitals and laboratories where patients must be electrically isolated from wall outlets. The isolation cart has a ground fault interrupter (GFI) that complies with body floating (BF)equipment specifications, and an isolation transformer for AC ground current leakage control. This unit works only on 220V power systems.

This is a testing cable that sends an identical signal to all channels of multiple Lynx-8 amplifiers. An input signal is connected via a female BNC, and that signal voltage is reduced by a factor of 1000 before reaching the amplifiers. This cable is very useful for diagnosing noise problems by eliminating headstages, tethers, and ERPs from the signal path. Please specify if you are using either four or eight amplifiers when ordering.

Splits the analog output connection from the Lynx-8 amplifier into eight male BNC connectors. This 2m cable allows external equipment to receive amplified signals from the Lynx-8 amplifiers instead of having the signal sent to the recording PC. It can also be used in conjunction with the L8-FBNC to record signals that bypass the Lynx-8 amplifiers, or send signals intercepted by external equipment back to the PC.

This 2m cable allows recording of DC coupled external equipment by bypassing the Lynx-8 amplifiers and sending the signal directly to the recording PC. Eight female BNC connections are provided for external input. A female MDR-30 is connected to the JAMP connector from the recording PC instead of the analog output of the Lynx-8. It can also be used in conjunction with the L8-BNC to selectively insert external signals with signals from a Lynx-8 amplifier.

The Amp Select Switchbox (L8-Switch Box) allows a Neuralynx customer to selectively monitor any of up to 48 signal channels using either a 4-input, 2-input or single input Oscilloscope. The switchbox has 6 ribbon cable inputs which each attach to the “Monitor” port of a Lynx-8 amplifier, and 4 BNC outputs which attach to the Oscilloscope.

This board is used to insert new signals or reroute signals coming from a headstage. It is intended for use with HS-36 headstages and provides access to all 36 signal and 4 stimulus lines. When the included jumpers are in place, the headstage signal is passed without any modification. Removing a jumper allows rerouting or elimination of a particular signal coming from the headstage or insertion of a signal from an external source. This package also includes Y jumpers that will allow signals to easily be duplicated to other channels or shared between breakout boards.

This kit consists of a hand-held, battery-powered Minirator signal generator, an RCA to BNC adaptor and a 20cm male to male BNC cable. Waveform outputs include Sine, Sawtooth (for spikes), Noise, Chirp and Frequency Sweeps. Output Levels range from 77uv to 1.55v, and frequency ranges from 10Hz to 20KHz. Requires two AA batteries, included.

This is a 2 x 18 pin Mill-Max male to male adapter. It is used to make connections between the HS-27x headstage series of Electrode Interface Boards (EIB) and the HS-27x headstages.

This is a set of Mill-Max male to male adapters consisting of two 2x9, one 1x14 and one 1x16 adapter. It is used to make connections between HS-54 headstage and the EIB-54K Electrode Interface Board (EIB) generally used with the Kopf/McNaughton Microdrive.

Polyimide tubing is used in a number of microdrives and serves as a guide tube for the electrode wire. The dimensions are: .0035" ID x .0056" OD x.001" wall and 12" length.

Polyimide tubing is used in a number of microdrives and serves as a guide tube for the electrode wire. The dimensions are: .0065" ID x .0120" OD x.0028" wall, 12" length.

Polyimide tubing is used in a number of microdrives and serves as a guide tube for the electrode wire. The dimensions are: .008" ID x .0102" OD x.001" wall, 12" length.

Polyimide tubing is used in a number of microdrives and serves as a guide tube for the electrode wire. The dimensions are: .0135" ID x .0196" OD x.0030" wall, 12" length.

The Signal Mouse is used to replace a live subject by sending a single signal to all channels of a headstage input for testing purposes. The input signal is connected via a 2-pin BNC connector and divides the input signal's voltage by a factor of 1000 before sending it to the Neuralynx HS-8 headstage. Reducing the voltage provides clean, neural level amplitudes for headstage and system noise testing. Each of 8 channels and reference can be individually controlled between signal input and ground.

The Signal Mouse is used to replace a live subject by sending a single signal to all channels of a headstage input for testing purposes. The input signal is connected via a 2-pin BNC connector and divides the input signal's voltage by a factor of 1000 before sending it to the Neuralynx EIB-36-Human and HS-36 headstage. Reducing the voltage provides clean, neural level amplitudes for headstage and system noise testing. Each of 8 channels and reference can be individually controlled between signal input and ground. Each channel has a series resistance of 62K ohms to 499K ohms to test electrode impedance circuitry.

The Signal Mouse is used to replace a live subject by sending a single signal to all channels of a headstage input for testing purposes. The input signal is connected via a 2-pin BNC connector and divides the input signal's voltage by a factor of 1000 before sending it to the Neuralynx EIB-36-Human and HS-36 headstage. Reducing the voltage provides clean, neural level amplitudes for headstage and system noise testing. Each of 8 channels and reference can be individually controlled between signal input and ground. Each channel has a series resistance of 249 ohms to 2.00K ohms to test electrode impedance circuitry.

The Signal Mouse is used to replace a live subject by sending a single signal to all channels of a headstage input for testing purposes. The input signal is connected via a male BNC connection and divides the input signal's voltage by a factor of 1000 before sending it to the headstage. Reducing the voltage provides clean, neural level amplitudes for headstage and system noise testing. This signal mouse is for use with the Neuralynx HS-16.

The Signal Mouse is used to replace a live subject by sending a single signal to all channels of a headstage input for testing purposes. The input signal is connected via a male BNC connection and divides the input signal's voltage by a factor of 1000 before sending it to the headstage. Reducing the voltage provides clean, neural level amplitudes for headstage and system noise testing. This board has five switches that allow groups of headstage inputs to be switched between ground and the input signal. This signal mouse is for use with the Neuralynx HS-18 series of headstages.

The Signal Mouse is used to replace a live subject by sending a single signal to all channels of a headstage input for testing purposes. The input signal is connected via a male BNC connection and divides the input signal's voltage by a factor of 1000 before sending it to the headstage. Reducing the voltage provides clean, neural level amplitudes for headstage and system noise testing. This board has three switches that allow groups of headstage inputs to be switched between ground and the input signal. This signal mouse is for use with the Neuralynx HS-27 series of headstages (except the HS-27 micro).

The Signal Mouse is used to replace a live subject by sending a single signal to all channels of a headstage input for testing purposes. The input signal is connected via a male BNC connection and divides the input signal's voltage by a factor of 1000 before sending it to the headstage. Reducing the voltage provides clean, neural level amplitudes for headstage and system noise testing. This board has three switches that allow groups of headstage inputs to be switched between ground and the input signal. This signal mouse is for use with the Neuralynx HS-27 micro headstage.

The Signal Mouse is used to replace a live subject by sending a single signal to all channels of a headstage input for testing purposes. The input signal is connected via a male BNC connection and divides the input signal's voltage by a factor of 1000 before sending it to the headstage. Reducing the voltage provides clean, neural level amplitudes for headstage and system noise testing. This board has five switches that allow groups of headstage inputs to be switched between ground and the input signal. This signal mouse is for use with the Neuralynx HS-36 series of headstages.

Specially modified, amplified stereo speakers enhanced with a filter that eliminates background noise from single unit (spike) channels; allowing you to hear only the pop of the spikes. This filter is enabled or disable via a switch on the side of the speakers. These speakers use a standard 3.5mm male headphone connection input generally needed for connection to a PC speaker output.

Specially modified, amplified stereo speakers enhanced with a filter that eliminates background noise from single unit (spike) channels; allowing you to hear only the pop of the spikes. This filter is enabled or disable via a switch on the side of the speakers. These speakers use a standard 3.5mm male headphone connection input generally needed for connection to a PC speaker output.

This stereotaxic adapter, made of Delrin®, provides a rigid mounting rig for one ADPT-HS27-N2T-16 and one HS-27. The HS-27 is mounted at 90º to the ADPT-HS27-N2T-16 for stereotaxic clearance. This is generally used in head-fixed experiment protocols that utilize the Neuronexus (formerly Michigan) 16 channel probes. This package also includes two right angle connectors that replace the standard PIN-27 connectors used to mate the EIB and headstage.

This stereotaxic adapter, made of Delrin®, provides a rigid mounting rig for one ADPT-HS27-N2T-16 and one HS-27. This is generally used in head-fixed experiment protocols that utilize the Neuronexus (formerly Michigan) 16 channel probes.

This stereotaxic adapter, made of Delrin®, provides a rigid mounting rig for one ADPT-HS36-N2T-32 and one HS-36. This is generally used in head-fixed experiment protocols that utilize the Neuronexus (formerly Michigan) 32 channel probes.

This stereotaxic adapter, made of Delrin®, provides a rigid mounting rig for one ADPT-HS-36 N2T-64. Two HS-36 headstages are connected at 90° to the EIB and are not secured to the stereotaxic adapter. This is generally used in head-fixed experiment protocols that utilize the Neuronexus (formerly Michigan) 64 channel probes.

This stereotaxic adapter, made of Delrin®, provides a rigid mounting rig for one ADPT-HS36-64_Inline and two HS-36. This is generally used in head-fixed experiment protocols that utilize the Neuronexus (formerly Michigan) 64 channel probes.