Modern medical devices often require extremely precise control of magnetic fields. ANC's high-reliability and high-precision current sensors are integrated into the power supplies of these devices that generate magnetic fields, providing highly accurate power measurements for magnetic field control.

In MRI scanners, ANC's current sensors ensure exceptionally accurate images by precisely measuring repeatability (which affects image quality), with a response time of up to 1μs, linearity as high as 2ppm, and extremely low hysteresis. These sensors provide exceptional stability during scanning through minimal time drift and high noise immunity.

In proton therapy, ANC's current sensors precisely and safely control the power of electromagnets that guide particle trajectories and beam position in particle accelerators, ensuring the long-term stability of the accelerator.

In high-frequency electrosurgical equipment, such as high-frequency scalpels, ANC-HF series has an extensive measurement range (with peak current up to 50,000A and RMS current up to 200A), enabling precise current measurements that reflect cutting and coagulation effects. With a high bandwidth up to 50MHz and strong high-frequency response capabilities, these sensors can accommodate rapid changes in dynamic currents during surgery. The rise time of up to 20ns allows for quick adjustments in power output to meet surgical needs. Additionally, their excellent isolation performance and environmental adaptability ensure patient safety and meet the stringent requirements of medical devices, providing reliable support for surgeries.