The Precision Analog Measurement Module (PAM) is a high-accuracy system designed for capturing electrical signals in demanding applications. It enables precise measurement of voltage and current with high temporal resolution and minimal latency. With its integration into real-time communication systems such as EtherCAT, PAM is ideally suited for dynamic processes where measurement data must be processed and utilized immediately. The combination of high measurement accuracy, fast sampling rates, and a robust system architecture makes it an optimal solution for test benches, power electronics, and industrial automation. Key Features & Highlights
- High-precision measurement of current and voltage
- Measurement accuracy <0.005% of reading
- Sampling rates up to 20 kHz
- Real-time data transmission via EtherCAT (<100 µs latency)
- Support for additional interfaces (e.g. CAN)
- Compact, industrial-grade design
- Seamless integration into existing systems and test environments Typical Applications
- Power electronics (e.g. DC/DC and AC/DC systems)
- Battery test systems and energy storage
- E-mobility and charging infrastructure
- Test and measurement systems
- Industrial automation and process monitoring
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