The AD 808FB is an 8-channel input module designed for the Optim Megadac 5000 Series data acquisition platform. This module interfaces multiple analog and digital sensors to data loggers or computers, enabling dynamic signal capture across diverse measurement applications. Eight differential analog voltage inputs deliver data through established communication protocols, with full software control via Optim’s Test Control Software for Windows. The module operates independently or integrated with PC-based systems, supporting measurement intervals from one per day to 250,000 samples per second within the Megadac 5000 framework.
Technical Specifications
• Channels: 8 differential analog voltage inputs
• Resolution: 16-bit (Megadac 5000 Series specification)
• Sampling Rate: Up to 250,000 samples per second (series capability)
• System Compatibility: Optim Megadac 5000 Series
• Communication Interfaces: IEEE-488, RS-422, RS-232, RS-485
• Software: Optim Test Control Software (TCS for Windows)
• Operating Mode: Standalone or PC-connected
– Key Features
• Eight differential channels for simultaneous multi-sensor acquisition
• Multiple communication bus support for flexible system integration
• 16-bit resolution ensures measurement fidelity across signal ranges
• Independent operation without external PC dependency
• Compatible with Optim’s integrated test control environment
– Typical Applications
• Multi-channel analog signal acquisition from transducers and sensors
• Industrial data logging and monitoring systems
• Laboratory measurement and test automation
• Real-time dynamic data capture in telemetry applications
– Compatibility & Integration
The AD 808FB integrates directly into Optim Megadac 5000 Series systems. Configuration and measurement control operate through TCS for Windows, enabling definition, recording, and review of test data. Module communication uses IEEE-488, RS-422, RS-232, or RS-485 depending on system architecture. The module may remain available through third-party resellers despite manufacturer end-of-life status.
