Microscopy

MICRO MÉCANIQUE offers a comprehensive range of microscopy solutions, cameras, lenses, lighting, motorised stages, incubation chambers and accessories. We support you from selection to installation, including training and maintenance, to optimise your observations and protocols, from teaching laboratories to advanced research.

Electrophysiology & Neuroscience

For over 35 years, MICRO MÉCANIQUE SAS has been supporting researchers and laboratories in neuroscience, electrophysiology and optogenetics. We offer a comprehensive range of equipment (amplifiers, micromanipulators, microinjection systems, etc.) and comprehensive support: advice, installation, training and maintenance throughout France.

Model 1600 amplifier – A-M Systems

The Neuroprobe Model 1600 amplifier from A-M Systems is designed for high-impedance intracellular recordings.

Description of the Neuroprobe Amplifier A-M Systems Model 1600

Amplifies, filters and injects current via a single electrode, with total control and digital display of membrane potential or injected current. Mains or battery powered, it is ideal for environments sensitive to electrical noise.

Features of the Neuroprobe Amplifier A-M Systems Model 1600

  • Low noise: 13 µV RMS (10 Hz-50 kHz)
  • Two levels of gain and current injection
  • 10-turn potentiometers for fine adjustment (DC offset, balance, injection, capacitance)
  • Selectable digital display (Digital Panel Meter): voltage, current or resistance
  • Injection resolution: 0.1 nA
  • Mains or battery powered (~10 h autonomy)
  • Compatible with Model 6820 iontophoresis adapter (±200 V)

Technical specifications of the Neuroprobe Amplifier A-M Systems Model 1600

Caractéristique Valeur
Input impedance 10¹¹ Ω
Bandwidth DC – 325 kHz
Low-pass filters 1 – 100 kHz (6 positions)
Notch filter 50/60 Hz (ON/OFF)
Current injection 10 nA/V (low), 100 nA/V (high)
Noise level (0 Ω) 13 µV RMS
Noise level (1 MΩ) 79 µV RMS
Noise level (20 MΩ) 310 µV RMS

Applications

  • Intracellular recording of membrane potential
  • Stimulation by current injection
  • Intracellular iontophoresis
  • Low-noise extracellular recordings

Documentation

Brochure

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Manuel

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