IX256 - 256-Channel Charge Integrating Electrometer with HV Power Supply
The IX256 is Pyramid’s latest high-density electrometer, designed to deliver exceptional performance in a compact form factor. With 256 independent low-current input channels, it offers unparalleled channel density for customers who need efficient space utilization and minimal cabling.
The IX256 supports a variety of mezzanine options that expand its capabilities. For example, the IX256-F2 adds two additional bipolar current inputs with wide dynamic range and 100 kHz sampling, ideal for capturing high-speed signals in perfect synchrony with the 256 standard low-current channels.
Features
- 256 independent low-current input channels
- Current input range from 1 pA to 50 µA
- Selectable integration frequencies from 1 Hz to 10 kHz
- Data rates up to 6000 samples per second for all 256+ channels
- Expandable with mezzanine modules for additional high-speed inputs
- Integrated high-voltage power supply up to ±3000 V
Applications
- Pencil beam scanning in proton therapy
- Readout for detector imaging arrays
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.
Dose Controller
A dose controller is a smart electrometer that not only measures dose but actively controls beam delivery to reach a target dose.
- Closed-loop dose control - Our electrometers drive your accelerator to hit target dose automatically.
- Single or multipoint control - Supports both fixed and scanning beam systems, including pencil beam spot control.
- Ready out of the box - No custom FPGA or PLC code required.
- Flexible integration - Full control via the IGX software API.
- Field-proven - Deployed in clinical, research, and industrial systems worldwide.
