BIOPAC® Systems, Inc. Logo

Current Feedback Monitor Cable 1 V = 10 ma

Request More Info
Current Feedback Monitor Cable
Part #: CBLCFMA

This Current Feedback Monitor Cable will permit current sampling and can be used with any BIOPAC Stimulator for current verification.

  • Feedback constant: 1 V = 10 ma
  • Male Touchproof and Female Touchproof with 100 ohm 1% MF 1 Watt resistor in series between leads
  • 3.5 mm mono phone plug cable, 2 m (6.6″)

CBLCFMA is recommended for use with any voltage stimulator.

To isolate CBLCFMA output if other electrical connections are made (for instance, for ECG, EDA, EMG, etc.):

MP160/MP150: connect CBLCFMA through INISOA to AMI100D or HLT100C

MP36/MP36R: connect CBLCFMA through SS70LA and BSLCBL6

See More...

Current Verification Cable
View Spec PDF

Are You Looking for These?

Part #: CBLCFMA
Categories: Cables & Accessories - Education, Cables & Accessories - Research
Subcategories: Stimulation - Education, Stimulation - Research

Details

Compatibility


Use a CBLCFMA to monitor and record the actual current delivered to the participant at ALL times.

Always make sure to place the electrodes on the participant at least 10 minutes before starting any electrical stimulation.

A large enough change in current delivered to the participant will alter the subjective perception of the stimulation. Thus, an unpleasant shock may become painful if more current starts being delivered or become ineffectual if less current is being delivered than during threshold identification. Changes in the levels of delivered current are due to changes in impedance. Changes in impedance could be due to a number of factors: gel saturating the skin over time; gel drying up—over longer period of times; hydration level of participant; sweating; decoupling of electrodes and skin due to motion artifacts; etc.

Support

Application Notes

Downloads/Resources

Knowledge Base

Recommended Items

Spotlight On
free BIOPAC webinar

Evoked Potentials Part II: Event-related or Endogenous Evoked Potentials (ERP)

Learn how to record event-related or endogenous evoked potentials (ERP).

You will learn about:
– Introduction to ERPs
– Theory and guidelines for recording ERPs
– How to record great ERPs data
– Wired and wireless wearable EEG-fNIRS bimodal response to oddball paradigm
– How to mismatch negativity in a virtual world
– How to prepare data for analysis
– Workflow Automation Tools

On Demand Playback

Register Now
Latest News

New Citations | BIOPAC in Psychophysiology Research

The mind and body work together in many ways and psychophysiology research provides insight to these connections. BIOPAC has a variety of systems to power your emotion, arousal, stress, cognitive assessment, group interaction, startle, and other psychophysiology research. Here are some recent studies that have used BIOPAC systems for psychophysiological research… Skin conductance, facial EMG, […]

Seenel Imaging and BIOPAC Systems, Inc. Announce a Global Partnership

           For immediate release: January 4, 2023 Amiens, France and GOLETA, California, USA Seenel Imaging SAS and BIOPAC Systems, Inc. have formed a long-term global partnership to distribute MedelOpt®, Seenel Imaging’s groundbreaking wearable neuroimaging device for the neuroscience research market. Seenel Imaging, based in France, continues its international expansion by partnering with BIOPAC Systems, […]

Read All
Request a Demonstration
Request a Demonstration