加速器用ビーム診断装置

加速器用ビーム診断装置 Libera
Instrumentation Technologies社は、1998年に設立(本社:スロベニア)に設立された加速器用ビーム診断装置メーカーです。Liberaシリーズは、電子、陽子、イオン、光子など、ビームタイプ別に最適化された診断装置を世界中に展開しています。
Electron Hadron Photon
Libera Brilliance+
Libera Single Pass E
Libera Spark
Libera Cavity BPM
Libera Hadron
Libera Single Pass H
Libera Spark
Libera Photon

 

ElectronHadronPhotonダウンロード
Electron BPMs capabilities
for CIRCULAR machines for LINEAR machines
Libera Spark ER Libera Spark ERXR Libera Brilliance+ Libera Spark EL Libera Single Pass E Libera Cavity BPM
BPM slots 1 1 - 4 1 1 - 4 1
Extension slots / 2 / 2 /
Dimensions (H × W × D) mm 44 × 210 × 210 88 × 448 (483) × 310 44 × 210 × 210 88 × 448 (483) × 310 44 × 448 (483) × 210
A/D conversion 125 MHz/14 bit 130 MHz/16 bit 125 MHz/14 bit 160 MHz/16 bit 500 MHz/14 bit
ADC sampling clock control Manual set, free running Manual set, PLL PLL Manual set, free running Manual set, free running PLL
FPGA/CPU Zynq-7020, ARM Cortex-A9 Virtex 5 & 6, COMe module Zynq-7020, ARM Cortex-A9 Virtex 5 & 6, COMe module Zynq-7035, ARM Cortex-A9
Operating System Linux Linux Ubuntu 14.04 Linux Linux Ubuntu 14.04 Linux
Cooling Passive Active (fans) Passive Active (fans) Passive
Power supply PoE 110/220 V, 250 W PoE 110/220 V, 250 W PoE **
Timing signals Electrical (up to 3) Electrical (4)/Optical Electrical(up to 3) Electrical (4)/Optical Electrical(up to 3)
Calibration / Crossbar switch, DSC Manual gain correction Manual gain correction Manual gain correction
SFP support / 4 (6.5 Gbps) with GDX module / 4 (6.5 Gbps) with GDX module /
Maximum input signal* < -40 dBm continuous < -10 dBm continuous < +4 dBm continuous < 5 V peak pulse voltage < 7 V peak pulse voltage **
Input gain/attenuation Fixed Programmable, 31 dB Programmable, 31 dB, automatic mode Programmable, 31 dB Programmable, 31 dB Programmable, 31 dB
* Can be customized
** Information available by the end of 2016

 

Electron BPMs functionalities
for CIRCULAR machines for LINEAR machines
Libera Spark ER Libera Spark ERXR Libera Brilliance+ Libera Spark EL Libera Single Pass E Libera Cavity BPM
Bunch-by-bunch processing No* No* Yes Yes Yes
Turn-by-turn processing Yes (triggered) Yes (continuous) No No No
Fast data No Yes No Yes No
Slow data No Yes Yes No No No
Gain control No Yes Yes (continuous) Yes Yes Yes
Selectable processing window Yes Yes Yes Yes Yes
Processing delay No Yes Yes Yes Yes
Multi-chassis synchronization Trigger-based Reference clock with PLL Reference clock with PLL and State machine Trigger-based Trigger-based Trigger-based
Data time stamping Trigger-counter Yes, various (turn, trigger, sampling clock) Trigger-counter Trigger-counter Trigger-counter
Interlock detection and output No Yes No Yes No
Postmortem capability No Yes No No No
Statistics and FFT No Yes No No No
Single-pass measurement No Yes Yes Yes Yes
* Only in single bunch single turn measurements

 

Electron BPMs performance specifications
for CIRCULAR machines for LINEAR machines
Libera Spark ER Libera Spark ERXR Libera Brilliance+ Libera Spark EL Libera Single Pass E Libera Cavity BPM
Temperature drift, typical 2 μm/°C 0.2 μm/°C 0.3μm/°C 0.3μm/°C **
Position RMS at turn-by-turn data rate 5 μm 1 μm 0.5 μm / / /
Position RMS at fast data rate(0-2 kHz bandwidth) / 0.07 μm / / /
Position RMS at slow data rate(0-4 Hz bandwidth) / < 0.5 μm 0.02 μm / / /
Position RMS at single bunch / / 4 μm 1 μm 1 μm
Position RMS at macro pulse/continuous wave / / < 4 μm < 1 μm /
** Information available by the end of 2016

Hadron BPMs capatibilities
for CIRCULAR machines for LINEAR machines
Libera Spark HR Libera Hadron Libera Spark HL Libera Single Pass H
BPM slots 1 1 - 4 1 1 - 4
Extension slots / 2 / 2
Dimensions (H × W × D) mm 44 × 210 × 210 88 × 448 (483) × 310 44 × 210 × 210 88 × 448 (483) × 310
A/D conversion 125 MHz/14 bit 250 MHz/16 bit 125 MHz/14 bit 130 MHz/16 bit
HADC sampling clock control Manual set, free running PLL Manual set, free running Manual set, free running
FPGA/CPU Zynq-7020, ARM Cortex-A9 Virtex 6, COMe module Zynq-7020, ARM Cortex-A9 Virtex 5 & 6, COMe module
Operating System Linux Linux Ubuntu 14.04 Linux Linux Ubuntu 14.04
Cooling Passive Active (fans) Passive Active (fans)
Power supply PoE 110/220 V, 250 W PoE 110/220 V, 250 W
Timing signals Electrical (up to 3) Electrical (4)/Optical Electrical (up to 3) Electrical (4)/Optical
Calibration / / Manual gain correction /
SFP support / 4 (6.5 Gbps) with GDX module / 4 (6.5 Gbps) with GDX module
Maximum input signal* < 2 V peak pulse voltage < 2 V peak pulse voltage < +22 dBm +22 dBm
Input gain/attenuation Fixed Fixed Programmable, 31 dB Fixed
* Can be customized
Hadron BPMs functionalities
for CIRCULAR machines for LINEAR machines
Libera Spark HR Libera Hadron Libera Spark HL Libera Single Pass H
Bunch-by-bunch processing Yes Yes No No
Fast data No Yes No Yes
Slow data No Yes No No
Gain control No External amplifier module Yes No
Selectable processing window Yes Yes Yes Yes
Processing delay Yes Yes Yes Yes
Multi-chassis synchronization Trigger-based Reference clock with PLL Trigger-based Trigger-based
Data time stamping No Yes, external RF clock Trigger-counter Trigger-counter
Interlock detection and output No No No Yes
Postmortem capability No Yes No No
Statistics and FFT No Yes No No
Single-pass measurement Yes Yes Yes Yes
Hadron BPMs performance specifications
for CIRCULAR machines for LINEAR machines
Libera Spark HR Libera Hadron Libera Spark HL Libera Single Pass H
Temperature drift, typical * 2 μm/°C 0.3 μm/°C 0.5 μm/°C
Position RMS at bunch-by-bunch data rate 10 μm ** 6 μm ** / /
Position RMS at fast 10 kHz data rate / < 1 μm ** / /
Position RMS at slow 10 Hz data rate / < 1 μm ** / /
Position RMS at 1 MHz data rate / / < 1 μm < 2 μm, < 0.01°
* Not available yet
** K=100 mm

Photon BPM capatibilities
Libera Photon
BPM slots 1
Extension slots /
Dimensions (H × W × D) mm 44 × 210 × 210
A/D conversion 2.5 MHz / 18 bit
ADC sampling clock control PLL
FPGA/CPU Zynq-7020, ARM Cortex-A9
Operating System Linux
Cooling Passive
Power supply PoE
Timing signals Electrical (3)
Calibration Manual
SFP support / *
Maximum input signal* 1.85 mA
Input gain/attenuation Programmable
* UDP stream over GbE available
Photon BPM functionalities
Libera Photon
Bunch-by-bunch processing No
Turn-by-turn processing Yes*
Fast data Yes
Slow data Yes
Gain control Yes
Selectable processing window Yes
Processing delay Yes
Multi-chassis synchronization Yes
Data time stamping Yes, various
Interlock detection and output No
Postmortem capability Yes
Statistics and FFT No
Single-pass measurement No
* Only for-turn-by-turn frequency lower than 1 MHz
Photon BPM performance specifications
Libera Photon
Temperature drift, typical 0.01 μm / °C
8-hour stability at (23 ± 1)°C (range 200 μA) 0.02 μm
RMS uncertainty @ 180 μA, @ 5 kS/s data rate < 0.02 μm
RMS uncertainty @ 180 μA, @ 25 kS/s data rate < 0.01 μm
Liberaカタログ PDF(3.74MB)
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