In today's complex surgical procedures, the anesthesia machine is an important tool for general anesthesia in modern hospitals. Its main function is to provide patients with inhalation anesthesia, replace breathing, and supply oxygen. Therefore, the anesthesia machine design consists of gas supply devices including: oxygen (O2), air (Air), nitrous oxide (laughing gas/N2O), safety devices, alarm systems, monitoring systems; anesthesia ventilator instead of breathing management and other operations Components, residual gas removal system.
Without a stable and trustworthy control system, sampling system, and monitoring system, the risks of surgery will inevitably increase. NXP the i.MX8 the MM can be used as the central nervous system in the anesthesia system, . 4 th the Cortex -A53 -core platform , each core operating frequency up to 1.8GHz , . 1 th Cortex-M4 core , operating frequencies up to 400 MHz , very precise monitoring and control of anesthesia Drug delivery. Establish a bond between medical staff and patients, so that doctors and nurses can know the patient’s condition and anesthesia well.
Interactive block diagram:
The main functions include:
i.MX8M mini inclusion of NXP Product Longevity program, the product contained in the plan to ensure at least 10 years after the launch of the supply cycle, designed to your embedded design to ensure the stability of product supply;
i.MX8M mini adopts multi-core heterogeneous mode, quad-core Cortex-A53 runs at a frequency of up to 1.8GHz, supports 2D, 3D, and a rich network protocol stack, which can complete display and network processing functions; Cortex-M4 runs at a frequency of up to 400MHz, Complete the task function of real-time acquisition and control;
Support Android9.0 , Linux 4.14+QT5.10 high version 64 operating system . The higher version system will bring you more secure products and a cooler human-computer interaction experience;
10.1 inch high-resolution LCD screen, fully laminated technology, more delicate display and more precise touch;
The electromagnetic compatibility and stability test results will directly affect the product launch speed. The FETMX8MM-C core board adopts an 8-layer PCB immersion gold process, and has undergone strict high and low temperature environmental testing to ensure the best electrical characteristics.
The stable operation power consumption of the i.MX8MM core board is only over 200 mA; the characteristics of no fan, low power consumption, and low heat generation will effectively extend the operating life of the CPU and enhance the reliability and stability of the board.