GXSC FRAM GX85RS2MC for Automated Medical CPAP, Compatible with MB85RS2MT

Medical CPAP ventilators are Continuous Positive Airway Pressure (CPAP) ventilators, which are now commonly used home medical devices for patients who have difficulty breathing or are unable to breathe on their own, and which are in principle artificial respirators that apply pressure to the airway to achieve respiratory assistance. Currently, medical CPAP ventilator device manufacturers have widely used ferroelectric memory in automatic CPAP devices, which is used to track sleep apnea, and CPAP monitors and records the patient‘s respiratory data during sleep to help the patient breathe when needed.

Currently medical CPAP ventilator device manufacturers have widely used ferroelectric memory in automatic CPAP devices, the role is used to track sleep apnea, CPAP monitor and record the patient‘s breathing data during sleep, to help the patient breathe when needed.

GXSC GX85RS2MC is formed by ferroelectric process and silicon gate CMOS process technology to form a non-volatile memory cell, which is a random access memory that does not require a refresh cycle, no buffering is required, and the data can be stored immediately in the non-volatile memory.GX85RS2MC is compatible with MB85RS2MT and has a certain price advantage, and GXSC can provide stable supply channels and GXSC can provide stable supply channels and technical support.

GX85RS2MC (compatible with MB85RS2MT) data retention: 10 years @ 85℃ (200 years @ 25℃); its operating ambient temperature range is -40℃ to 85℃, which is in line with the application scenario of industrial-grade products, and it currently has mature application cases in major industries.