microIOC baseline
microIOC CosyIcon
microIOC Analog/Digital
microIOC BLM
microIOC LOCO
microIOC LOCO2
microIOC M-Box-PMAC
microIOC M-Box-light
microIOC LR-BPM
microIOC MX-BPM
microIOC DelayGenerator
microIOC CosyEye
microIOC CosyScope
MEM - Machine Efficiency Monitor
microIOC Development Environment
Determine beam position. Precisely
microIOC MX-BPM is a plug & play beam position monitoring solution. It is perfectly suitable for a precise position detection of cycling bunches. Up to 8 channels of BPM pickup electrodes can be connected to and processed by this system.
microIOC MX-BPM system is a complete beam position monitoring solution, based on:
Up to 8 Bergoz MX-BPM modules and microIOC ADA unit are conveniently integrated into the Bergoz BPM-RFC/16 subrack.
operation principle and connection
Bergoz MX-BPM modules sequentially capture and process the beam pickup signals. Each MX-BPM module outputs three analog signals (vertical, horizontal and summation). microIOC ADA unit digitizes and processes these analog outputs. Both, continuous or triggered, samplings are provided.
To validate beam position measurements, PLL-lock status of the MX-BPM unit is monitored and provided for remote access. Debugging of aliasing effects is supported through applying FFT over the range of samples of beam position values (0-3 kHz bandwidth).
Several microIOC MX-BPM systems can be synchronized with a common trigger/clock signal (synchronization port of microIOC ADA). Beam position (X and Y) is sampled at input trigger signal and recorded using 20 µs resolution time-stamping.
microIOC MX-BPM system is a complete beam position monitoring solution, based on:
- Multiplexed Beam Position Monitors (MX-BPM) and BPM-RFC/16 subrack from Bergoz and
- microIOC analogue data acquisition (ADA) unit
Up to 8 Bergoz MX-BPM modules and microIOC ADA unit are conveniently integrated into the Bergoz BPM-RFC/16 subrack.
operation principle and connection
Bergoz MX-BPM modules sequentially capture and process the beam pickup signals. Each MX-BPM module outputs three analog signals (vertical, horizontal and summation). microIOC ADA unit digitizes and processes these analog outputs. Both, continuous or triggered, samplings are provided.
To validate beam position measurements, PLL-lock status of the MX-BPM unit is monitored and provided for remote access. Debugging of aliasing effects is supported through applying FFT over the range of samples of beam position values (0-3 kHz bandwidth).
Several microIOC MX-BPM systems can be synchronized with a common trigger/clock signal (synchronization port of microIOC ADA). Beam position (X and Y) is sampled at input trigger signal and recorded using 20 µs resolution time-stamping.
Key features
- complete monitoring of all signals from MX-BPM units (X, Y, SUM, and PLL-lock)
- 16-bit sampling at 50k samples/sec per channel
- trigger/clock synchronization and time stamping
- 1µm resolution, each button sampled at 10 kHz
Benefits
- turnkey solution for precise beam position monitoring – attach to the BPM pickup electrodes and read data in control system
- compact design; installed into single 3U high chassis
- no extra power supply required
- direct synchronization with beam transition
www.bergoz.com
- closed orbit detection (FOFB - fast orbit feedback, SOFB - slow orbit feedback)
- optimized for beam position measurement in electron and positron storage rings
| microIOC MX-BPM system | |
| parameter | value |
| BPM-RFC/16 subrack | |
| chassis | conductive RF-shielded aluminum chassis |
| height: 3U | |
| sub-modules | microIOC ADA unit |
| 8 (+2) MX-BPM modules | |
| MX-BPM module | |
| type of measurement | non-interceptive |
| beam intensity range | >75 dB |
| resolution (X,Y) | 1 μm |
| max. multiplexer switching ratio | 40 kHZ |
| width | 4 TE (21 mm) |
| power supply | supplied from microIOC ADA unit |
| microIOC ADA unit | |
| analog acquisition | 16-bit resolution, 50 k samples/sec per channel, 24 single ended analogue inputs |
| external trigger | TTL, min. width 20 ns |
| CPU | x86 compatible, 300 MHz AMD GEODE GX1 |
| operating system | Linux Debian and RTEMS |
| control system support | EPICS, ACS and Tango |
| interfaces | 2 x 10/100 Mbps Ethernet, 2 x USB, RS232, VGA |
| power supply | 110/220 V (50/60 Hz), industrial grade, current protected |
| width | 42 TE (213 mm) |
microIOC is manufactured by Cosylab
