I3200 - 32-Channel Charge Integrator Digital Electrometer
The I3200 is a high-performance 32-channel gated-integrator electrometer designed for detailed monitoring and analysis of multi-segment detector arrays. With a dynamic current/charge range spanning from 0.1 pA to 100 µA and software-selectable feedback capacitors, it concurrently captures data from 32 detector channels with high precision. Key features include optional integrated high-voltage biasing, dual-mode charge/current integration, ultra-low noise (typical input noise <10 fA rms for 1 s integration), and ultra-fast fiber-optic data output. The I3200 is built for advanced applications such as multi-electrode ionization chambers, beam-profile grids, and segmented photodiode/detector arrays where synchronized readout, high throughput, and robust integration are essential.
Downloads
Features
- Thirty-two gated integrator channels
- Dynamic range 0.1pA to >70 µA
- Optional integrated HV supply
- Integrated actuator solenoid control
- Integrated digitization and communications
- Integrated calibration test source
- Multiple trigger modes
Applications
- Multi-electrode ionization chambers and ionization chamber arrays
- Multiwire proportional chambers operating in current mode
- Multiwire beam profile grids
- Multi-segment photodiode arrays
- Multilayer Faraday collectors for particle energy validation
Integrated High Voltage
- Avoids the need for a separate external HV supply.
- Precise programmable voltage control.
- Choice of polarity, positive or negative, and range up to 3000V depending on the product.
- Shared ground with measurement electronics to eliminate ground loops.
- Short circuit protection and redundant output voltage monitoring.
Fiber Optics
Measurement data is transmitted through state-of-the-art fiber-optic cables. The benefits are numerous compared to other forms of data transmission.
- Fiber-optics are immune to electrical interference
- Minimal attenuation of light through fibers
- Fast messaging over enormous distances
- Radiation hard fiber materials
IG2 EPICS Support
Integrate device data collection and configuration into an EPICS system, without writing a single line of code using IG2.
- Runs on Windows and Debian Linux
- Change PV names with simple XML configuration
- Connect to multiple Pyramid devices at once
- Add custom scale factors and offsets on a PV basis
- Never have to recompile
- Professional Pyramid support for bugs and features
