The Model 1700 Differential AC Amplifier from A-M systems was designed for use in extracellular electrophysiology recordings of excitable tissues with the use of low-impedance electrodes. This cost-effective amplifier contains four independent amplifiers, which enables multiple channels to be recorded simultaneously. Each of the amplifiers consist of a high-gain, low-noise differential stage with high-frequency, low-frequency, and notch filters. Additionally, the Model 1700 includes a port for a stimulator, so that simultaneous recording and stimulating with a single electrode is possible. This enables faster recording and stimulation as there is no need to disconnect electrode inputs. This amplifier can further produce EMG, EEG, EKG and ERG recordings.
Low noise – 1.0 µV peak to peak
Gain selections of x100 (0.11 VAC), x1,000 (0.011 VAC), and x10,000 (0.0011 VAC)
Adjustable high pass and low pass frequency filters
High common-mode rejection of > 70 dB at 60 Hz
High input impedance – 100,000 MΩ
Low input bias current
Notch filter for 50/60Hz interference, rejection >35dB
Driven cable shield for less capacitance
Slew rate of 2V/ µS
*It is possible to modify the gain and/or filter frequencies
Optional Headstage Compatibility
The Model 1700 amplifier can be modified to fit a headstage probe on the front end of one, two, three or all the channels, at a minimal charge. This will then override the stimulating function of the specific channel, preventing the passing of current to the site through the electrode. Such a modified version will have the same overall gain. Should you be interested in acquiring a modified Model 1700 Differential Amplifier, please contact MCI for a quote.
Suction, Nerve cuff, Hook, Surface, Simple metal electrodes
Multiple-unit Recordings Evoked Potentials
EMG, EKG, EEG, ERG Recordings
Long term potentiation (LTP)
Model 1700 Isolated pulse stimulator, 110V / 60Hz
Model 1700 Isolated pulse stimulator, 220V / 50Hz
All models include rack mountable hardware, four 1m long input cables (can be upgraded to 4m each)
Contact our applications team now, to receive more information on this Differential AC Amplifier.