The Data Sciences International / LDS / Gould 13-6615-58 Bioelectric Module is a plug-in amplifier module for the Gould 6600 Series Amplifier Chassis, engineered to acquire and condition bioelectric signals in physiological monitoring and research environments. The module accepts bioelectric inputs and outputs conditioned signals via BNC connectors on the rear panel. GPIB connectivity enables remote instrument control and data acquisition within automated measurement systems.
## Technical Specifications
**Manufacturer:** Data Sciences International / LDS / Gould
**Model:** 13-6615-58
**Product Family:** Gould 6600 Series Amplifier Modules
**Signal Type:** Bioelectric measurement and external signal conditioning
**Output Connector:** BNC (rear panel)
**Interface:** GPIB connection
## Key Features
• Modular design for insertion into Gould 6600 Amplifier Chassis
• BNC output for direct connection to measurement instruments and data acquisition systems
• GPIB interface for integration with automated test and measurement setups
• Compatible with multi-channel chassis configurations supporting parallel module operation
## Typical Applications
The 13-6615-58 serves preclinical and physiological research requiring bioelectric signal acquisition, including electrophysiology, neural recording, cardiac monitoring, and general biomedical signal conditioning tasks where external amplification and filtering are required.
## Compatibility & Integration
The module installs directly into the Gould 11-4183-09 8-Channel Amplifier Chassis and all compatible Gould 6600 Series chassis. It operates alongside other 6600 series conditioning modules, including the 13-6615-65 ECG/Biotach Module, 13-6615-50 Transducer Signal Conditioner Module, 13-6618-10S AC/DC Voltage Signal Conditioner Module, and 13-6615-35 Differential Pressure Signal Conditioner Module, allowing flexible multi-parameter signal conditioning within a single integrated platform.
Note: This product is beyond original manufacturer End-Of-Life status. Availability and support may be limited to third-party suppliers.
