Electrode Configuration Matrix
A systematic programming tool that displays all possible electrode combinations and their corresponding stimulation parameters in a standardized format.
Full Definition
An electrode configuration matrix is a clinical programming tool used in neuromodulation therapy to systematically organize and document all available electrode combinations and their associated stimulation parameters. This matrix format allows clinicians to efficiently explore different electrode configurations while tracking patient responses and optimizing therapeutic outcomes. The matrix typically displays electrode contacts in rows and columns, with corresponding amplitude, pulse width, and frequency settings for each active combination. Modern programming software often incorporates these matrices with automated algorithms to guide parameter selection. Proper documentation using configuration matrices ensures reproducible programming sessions and facilitates communication between healthcare providers managing complex neuromodulation cases.
Usage
Usage note: Capitalize when referring to specific proprietary programming tools.
In Context
- "The electrode configuration matrix guided systematic exploration of all available programming options." — Programming documentation
- "Using the configuration matrix, the clinician identified three viable electrode combinations for patient testing." — Clinical programming report