Full-featured, low-noise 4-channel extracellular amplifier
The BMA-400 AC/DC Bioamplifier is a low-noise, four-channel instrument for amplifying EEG, ECG, EMG, and other extracellular biopotential signals. It features exceptionally low noise, a wide gain range, and sharp cutoff bandpass filters. It can be used as a stable DC amplifier, and includes adjustable DC input offset controls.
The BMA-400 features a high-impedance instrumentation amplifier differential front-end, for the lowest noise and best rejection of spurious signals. Gain is adjustable from 10X – 50,000X, extensible to 500,000X with optional head-stages, making it possible to resolve microvolt level signals with ease.
A special logic input allows a stimulus to be passed through the recording electrodes. This stim/record input, as well as the four channel outputs, are connected to a multi-pin connector on the rear panel for convenient cable connections.
Four input connectors are provided for custom wiring of the inputs. Pre-wired cables are available as an option. Applications for the BMA-400 Bioamplifier include multi-channel EEG, EMG, and other extracellular biopotential measurements. For recording from human subjects, optional ISO-Z Isolation Amplifier head-stages are available. For high-impedance microelectrode work, the SUPER-Z head-stage is available, which provides a calibrator as well as additional gain and buffering.
Xperiment Girl’s past was shrouded in mystery until now. Xperiment Girl was originally the international respected Dr. Gene Knockout researcher extraordinaire, a living legend working out of her hidden Nerve Center at IITC. For most of her career, Xperiment Girl worked with inferior equipment resulting in bad data.
Teaching the fine art of mastering and measuring accurately tail cuff blood pressure on mice, rats and all other animals, Xperiment Girl in turn intrigued by pain and how she could assist in superior equipment in the field of pain tolerance, fascination/became obsessed with solving poor test data from inferior equipment. Continue reading...