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Applications
From magnet power supplies to current waveform generation, from photon beam position monitoring to general purpose low-current measurements, the fields of application of CAENels instrumentation are widespread in any particle accelerator environment.
A particular attention to beamline scientists and machine physicists and engineers is put into the realization of our instrumentation: their needs and advices are the starting points for the entire development effort that is succesfully complemented by CAENels engineering skills and industrial capabilities.
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Accelerator Machine Power Supplies
Magnetic field is a main issue when developing, upgrading or renewing particle accelerator machines. Obtaining the desired particle focus and trajectory is strongly affected by the power supplies quality and the machine operation by their reliability.
Magnetic field is a main issue when developing, upgrading or renewing particle accelerator machines. Obtaining the desired particle focus and trajectory is strongly affected by the power supplies quality and the machine operation by their reliability.
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Beam Position Monitoring
The position of the photon beam in a particle accelerator needs to be detected in different parts of the beamline in order to correct or to simply monitor the behavior of the generated light, which may greatly affect experimental results.
The position of the photon beam in a particle accelerator needs to be detected in different parts of the beamline in order to correct or to simply monitor the behavior of the generated light, which may greatly affect experimental results.
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Beamline Magnetic Experiments
Beamlines that perform studies on magnetic properties of materials, dynamics of magnetization reversal and magnetic dichroism have the requirement to dynamically change the magnetic field . This can be easily done with the CAENels bipolar power supply.
Beamlines that perform studies on magnetic properties of materials, dynamics of magnetization reversal and magnetic dichroism have the requirement to dynamically change the magnetic field . This can be easily done with the CAENels bipolar power supply.
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Current Waveform Generation
Current waveform generation may be needed to perform magnetic component characterization or even heating a desired resistive-type object (which has also a strong inductive component) in predefined time intervals.
Current waveform generation may be needed to perform magnetic component characterization or even heating a desired resistive-type object (which has also a strong inductive component) in predefined time intervals.
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Diamond Detectors Readout
Diamond detectors need an adequate readout system in order to precisely detect the beam position. A picoammeter, placed close to the detecting system is the right solution for this application.
Diamond detectors need an adequate readout system in order to precisely detect the beam position. A picoammeter, placed close to the detecting system is the right solution for this application.
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Ion Chambers Reading
Ionization chamber systems are the simplest but still efficient way of detecting and measuring ionizing radiation. The generated current is usually very small, in the range of nA, and can be easily measured with a dedicated electrometer.
Ionization chamber systems are the simplest but still efficient way of detecting and measuring ionizing radiation. The generated current is usually very small, in the range of nA, and can be easily measured with a dedicated electrometer.
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Laser Diagnostics
Laser beam intensity and position are usually monitored with the use of a single photodiode or a four-quadrant photodiode array. A dedicated picoammeter becomes necessary in order to measure the generated photoelectric current.
Laser beam intensity and position are usually monitored with the use of a single photodiode or a four-quadrant photodiode array. A dedicated picoammeter becomes necessary in order to measure the generated photoelectric current.
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Magnet Power Supplies
High stability and extreme precision of magnetic fields are key factors in several fields of application, from medical related purposes – e.g. Nuclear Magnetic Resonance – to paramagnetic material studies.
High stability and extreme precision of magnetic fields are key factors in several fields of application, from medical related purposes – e.g. Nuclear Magnetic Resonance – to paramagnetic material studies.
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pH - metering
Particular types of pH probes generate a small current that has to be measured in order to obtain the acidity or alkalinity of substances under examination. This can be done using a high-precision electrometer in conjunction with the probe.
Particular types of pH probes generate a small current that has to be measured in order to obtain the acidity or alkalinity of substances under examination. This can be done using a high-precision electrometer in conjunction with the probe.
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Ultra-Low Current Measurements
The need to perform low-current measurements, down to the range of pA, is a very hard-to-handle but also very widespread task in physics and chemistry related experiments. Our feedback-type picoammeters represent the turnkey solutions.
The need to perform low-current measurements, down to the range of pA, is a very hard-to-handle but also very widespread task in physics and chemistry related experiments. Our feedback-type picoammeters represent the turnkey solutions.
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