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I128-MICRO - 128 Channel Integrating Electrometer
The I128-MICRO is a compact, high-performance integrating electrometer designed for applications requiring precise, simultaneous charge measurement across many channels. With 128 parallel integrators in a device that fits in the palm of a hand, it offers a unique combination of scale, speed, and precision.
Engineered for compatibility with multi-layer Faraday cups, segmented detectors, and pixelated arrays, the I128-MICRO supports high-rate data acquisition with selectable integration frequencies and flexible charge ranges. Its integrated real-time operating system and network-based API make it ideal for automated systems and modern control architectures.
The small form factor and fully parallel architecture enable streamlined deployment in space-constrained environments without compromising data quality. The I128-MICRO represents a new class of electrometer technology for scientific and industrial systems requiring dense, synchronized charge measurement.
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Features
- 128 fully parallel charge integrators.
- Dynamic range up to 1.5 µA or 350 pC for 128 channels.
- From 1 to 6,000 Hz simultaneous sample data rate.
- Extremely compact form factor.
- External conversion synchronization BNC connector.
- Ethernet interface with web server UI and JSON API.
Applications
- Multi-layer Faraday cup readout.
- Multi-strip and pixelated detector readout.
Modern Software Package
- Rely on the QNX real-time OS for exceptional performance and stability.
- Dependable data collection and control with JSON HTTP/WebSocket API.
- Comprehensive input/output through the robust, embedded EPICS server.
- Advanced web GUI for real-time data visualization and configuration.
- Enables flexible scripting and integration for a variety of programming languages.
Made for MLFC
The I128-MICRO was purpose-built for use with Pyramid’s multi-layer Faraday cup (MLFC), delivering unmatched performance for measuring beam charge depth distributions. Its extremely low noise and ultra-sensitive current integration enable precise, high-resolution profiling of ion beams across all MLFC layers simultaneously. This level of measurement fidelity provides critical insights into beam energy deposition, supporting advanced accelerator tuning and research applications.
FLASH Ready
Flash therapy stands as a breakthrough in radiation therapy. Our commitment centers on delivering researcher-focused, state-of-the-art Flash therapy instruments, prioritizing accessibility and promoting collaboration within the industry.
For expert guidance and partnership opportunities in upcoming radiation therapy endeavors, engage with our dedicated engineering and sales team team today.
