The Nanochap Nine Senses Series EPC001 is a sensing chip system designed for bioelectrical signals, integrating high-precision electrocardiogram (ECG), electroencephalogram (EEG), electromyogram (EMG), pulse wave (PPG) analog front-end and a powerful RISC-V microcontroller. The chip is not only highly sensitive and accurate, but also able to comple

The ENS001 series chips have a wide range of applications in electrical stimulation products. In the field of rehabilitation medicine, the chip can be used in muscle rehabilitation, joint recovery, sports function improvement, etc.; in the field of neuromodulation, it can be used in deep brain electrical stimulation, spinal cord stimulation and oth

Thanks to the highly integrated and programmable nature of the NNC6121 chip, Nanochap's electrical stimulation devices can be applied in a wider range of fields. In the field of neurological rehabilitation, from simple muscle exercise to complex nerve retraining, the NNC6121 chip can provide powerful support; in pain management, whether acute pain

Nanochap exhibited a variety of biomedical chip products at the show, covering the entire process from biomolecular signal detection to vital signs detection to neurostimulation intervention. The formation of this closed-loop technology not only reflects Nanochap's comprehensive layout and profound strength in the biomedical field, but also lays a

At the seminar "Semiconductor Technology Development Collaboration", Dr. Nhan Tran, Co-Founder and CTO of Nanochap, shared his experience in collaboration and business in Vietnam's semiconductor ecosystem, and provided advice to the national and local governments on policies and strategies for Vietnam's semiconductor industry.

Constant current sources and constant voltage sources are two power supply types commonly used in electronic devices, and they each have different advantages and applications. In this article, we will compare the advantages of constant-current sources and constant-voltage sources, and discuss why they choose constant-current outputs in conjunction