Nanochap Neurostimulation Chip Stim Engines ENS001 in Electrical Stimulation Fitness Clothing, Integrated Solution Achieves Smaller Volume and Power Consumption

PublishTime： 2023-11-22 Article Source：Nanochap News

Nanochap Neurostimulation Chip Stim Engines ENS001 is an innovative technology that has been successfully utilized in electrical stimulation fitness clothing to achieve an integrated solution and control its size and power consumption to a much smaller range. The circuits in the traditional way tend to be bulky, limiting the practical application of electrical stimulation fitness clothing. However, by using the Nanochap neurostimulation chip Stim Engines ENS001, this problem has been effectively solved.

Fig.1

The traditional way of circuitry takes up a lot of space in an electrical stimulation fitness garment. Due to the need to integrate multiple components and connecting wires, the circuit is bulky and inconvenient for the user. However, Nanochap neurostimulation chip Stim Engines ENS001 greatly reduces the volume by integrating multiple components through an integrated solution. Users can enjoy a lighter and more comfortable use experience.

Fig.2

In addition, the human body's muscle groups are very complex and require multi-channel stimulation to achieve better muscle building results. The traditional way of fitness clothing can not realize multi-channel stimulation, which limits the muscle building effect. The integrated solution of Nanochap's neurostimulation chip Stim Engines ENS001 can support up to 23 channels of stimulation, effectively delivering electrical signals to different muscle groups and improving the science and effectiveness of muscle building effect.

The traditional circuitry approach carries too many components and inevitably higher power consumption, resulting in the limited use of electrical stimulation fitness clothing. The integrated solution of Nanochap's neurostimulation chip Stim Engines ENS001 not only reduces the volume but also reduces the power consumption and improves the duration of the electric stimulation fitness clothing. Users can enjoy the benefits of electrical stimulation exercise for a longer period of time and improve the effect of exercise.

Fig.3

In summary, through the use of Nanochap neurostimulation chip Stim Engines ENS001 in electrical stimulation fitness clothing, the integrated solution achieves a smaller volume and power consumption. The circuitry of the traditional approach is bulky, limiting the effect of multi-channel stimulation and muscle building. However, with the integrated solution of Nanochap's neurostimulation chip, Stim Engines ENS001, these problems have been effectively solved. The application of this innovative technology will bring users a lighter and more comfortable use experience while improving muscle building and exercise effects. The electric stimulation fitness clothing industry will usher in a broader development space under the impetus of this technology, providing users with a better fitness experience.

Nanochap Stim Engines programmable universal stimulation chip ENS001 advantages and features

1. Highly integrated: 32MHz ARM processor, multi-channel constant current source output stimulation driver circuit, on-chip charging circuit, configurable boost DC converter, LCD screen driver, 12-bit AD signal acquisition, temperature sensors, and other modules.

2. Highly safe and reliable: Dynamic charge replication technology is adopted to realize charge balance. The chip comes with over-temperature, over-voltage, over-current, and other detection and security systems, with high reliability and stability, suitable for long-term operation and application scenarios requiring high reliability.

3. Highly programmable: It not only covers the traditional sine wave/square wave/triangle wave and various modulated waveforms but also supports the output of arbitrary current waveforms from DC to 250kHz.

4. High flexibility: three kinds of driving circuits are suitable for high-voltage, medium-voltage, and low-voltage applications. Multi-channel cooperation can realize multi-mode stimulation and can meet a variety of in vitro or in vivo nerve/muscle electrical stimulation and neuromodulation application scenarios.

5. High adaptability: The chip series has a variety of specifications, including single-channel, dual-channel, four-channel, and full-featured, and can be adapted to a variety of hardware and software to provide customers with flexible, cost-effective integration solutions.

Product Parameters

●Operating voltage range: 3-5V

●Operating Temperature: -40℃~ 85℃

●Low power consumption mode: sleep, stop, standby

●Core: ARM Cortex-M0 (32MHz)

●Digital Interface: UART*2, I²C*2, SPI*2

●LCD driver interface: COM * 4, SEG * 16

●Stimulus driver: 10~60V, 4 channels (33μA~67mA output current), 8 channels (33μA~67mA output current) mA output current), 8-channel (50μA ~ 52mA), 23-channel driver (8μA ~ 2mA), up to 250kHz sine/triangle/square or arbitrary waveforms

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Integrated Circuits