MBBM MACOM II Active Magnetic Field Compensation System Supplier

MBBM Active Magnetic Field Compensation SystemIntroduction:

MACOM II^®The active magnetic field compensation system comes from the MACOM II of M ü ller BBM^®With relatively low cost, you can achieve * magnetic field conditions for your system.

For the past 15 years, M ü ller BBM has been dedicated to developing, producing, and selling magnetic field compensation systems for rooms with particularly high requirements for interference magnetic fields and magnetic field stability. Our system is constantly evolving, and its various filtering settings are not only suitable for ordinary laboratories, but also for the installation of MACOMII in metal shielded rooms or metal shielded compartments^®The technology possessed is easy to operate and requires almost no maintenance.

MACOMII^®Can automatically compensate for interference magnetic fields. After proper setup during debugging, the system does not require further maintenance.

MACOMII^®There is a display screen used for operating the system and monitoring its functions. If necessary, all parameters can be viewed and adjusted on it. During operation, the display shows the remaining magnetic field in all three coordinate directions or the coil current required to generate a relative magnetic field.

In order to obtain * support, MACOMII^®It is equipped with a serial interface and an Ethernet port, allowing control from an external computer via the intranet or the Internet. According to the requirements, M ü ller BBM can provide remote control and monitoring.

MBBM Active Magnetic Field Compensation SystemSpecialized in Li Technology
Specialized sensors enable the system to operate over a very wide frequency range between 0HZ and 50 kHz. Therefore, it can effectively reduce very slow magnetic field fluctuations, such as those caused by trams or vehicles, or fluctuations caused by magnetic fields and their corresponding harmonics from 50 Hz energy plants. It is also possible to minimize very fast magnetic field fluctuations, such as those generated by switch operations in building power supply networks.

MACOMII®Application:
Scanning electron microscope and transmission electron microscope
Electron beam lithography system
Magnetic Resonance Tomography System
Any device that requires high magnetic field stability

MACOMII® -principle
Magnetic field is a vector field. In the opposite direction, magnetic fields of equal magnitude can reduce or even almost cancel out vector fields. Therefore, the main magnetic field is measured and a matching relative magnetic field is generated through the arrangement of current conducting coils. Due to the rapid or slow changes in magnetic field depending on the specific source of interference (such as DC electric vehicles, moving metal objects such as elevators, steel doors, or nearby motor vehicles, switch operations), MACOMII^®Can operate over a wide frequency range.