MACOM II ®

Magnetic field compensation for optimal interference reduction

Significant reduction of magnetic interference fields in electron beam lithography and electron microscopy thanks to the MACOM II ® active magnetic field compensation system.

What is MACOM II ® about?

MACOM II ® is an active magnetic field compensation system that reliably protects highly sensitive equipment, such as electron microscopes or MRI scanners, from disruptive external magnetic fields (e.g. caused by traffic or power lines). Unlike complex passive shielding systems, the system neutralises interference in real time, thereby creating optimal conditions for precise results with minimal effort.

Your Benefits

Effective interference field reduction

Maximum field reduction performance with extremely low noise levels – for highest precision in sensitive applications

Maximum operational efficiency

Individually configurable for a wide range of applications – from research to industry

Flexible system solutions

Magnetic field compensation for optimal interference field reduction

Applications

Elektronenmikroskopie

Research

Electron microscopy – improving resolution by reducing magnetic interference fields

CPU, Central processing unit

Semiconductor industry

Electron beam lithography – magnetic field reduction for precise structures in the nanometre range

Netzwerk, Symbolbild

General applications

All types of equipment – stable magnetic field conditions for trouble-free operation of sensitive systems

MACOM II

Technical Data

Field reduction performance*0.1 Hz to 1 kHz: 60 dB
1 kHz to 5 kHz: 60 dB to 40 dB
5 kHz to 100 kHz: 40 dB to 0 dB
Dynamic range> 100 dB
Noise (0.1 Hz – 10 kHz)*< 0.2 nTRMS
Long-term stability< 1 nTRMS
Maximum interference fieldapprox. 10 µT
Output current3 x 3 A
PC interfaceRS 232, Ethernet
Power supply115 V or 230 V (adjustable), 50 Hz or 60 Hz
Form factor19 inches (4 U) – rack-mount or desktop housing

*Typical values at the probe location

Choose MACOM II ® for stable magnetic fields and maximum precision 
in research and semiconductor technology!

Do you have any questions?

Feel free to reach out to me!