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Malli Adapter for Flow Cell

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For compatibility with the ultra-flexible Pine Research Headstage Cable design and the new In-Vitro/FSCV Microelectrode Flow Cell, the Malli Adapter for Flow Cell accepts the Pine Research headstage amplifer, and maps the working electrode to the central pin of the BNC connector and the reference electrode to receptacles.  Two receptacles for reference electrode are provided.  Users may utilize 2 mm patch cable connections (to which an alligator clip can be connected for simple connection to reference electrode lead) or in the case where PCB pins are used, a port which accepts between 0.037" and 0.043" diameter pins can also be used.  Connected to the Malli Adapter for Flow Cell is a standard stainless steel rod, which is 7.9 mm OD and 7.6 cm long and has a left-handed 8-32 threading at the open end.  Therefore, the Malli Adapter for Flow Cell is directly compatible with the Pine Research In-Vitro/FSCV Microelectrode Flow Cell.

The Malli Adapter for Flow Cell features an inverted and shortened handle!  It is designed for use in the flow cell only.  For other applications, consider the original Malli Adapter!

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# Description Price in USD
Flow Cell Adapter
AC01HC0502

Malli Adapter for Flow Cell
for use with electrophysiology-style microelectrode holders, modified for use with flow cell

NOTE: The adapter does not include a headstage amplifier, electrode holder, or reference electrode connector.  These are sold separately.

Optional Accessories
RRW108180

Banana-Banana Patch Cable
black, 2 mm pin, 8" length

RRW57880

Alligator Clip
2 mm pin size, black

Headstage Amplifiers
AC01HS1

FSCV Headstage Amplifier
200 nA/V (5 MΩ), working electrode driven

NOTE: A working electrode driven systems means the waveform is applied to the working electrode, which is then later software subtracted. Such a design is consistent with the general FSCV research community.

AC01HS2

FSCV Headstage Amplifier
1,000 nA/V (1 MΩ), working electrode driven

NOTE: A working electrode driven systems means the waveform is applied to the working electrode, which is then later software subtracted. Such a design is consistent with the general FSCV research community.

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