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The Humidifier driver board adopts a crescent-shaped PCB board design, with a timing function, which can be set timing 2 hours or 4 hours, convenient for users to automatically control the humidifier's working time according to demand. Driver board power of 1.5W, atomization function is particularly powerful, dense fog atmosphere, can effectively drive the humidifier atomization operation while ensuring low energy consumption, to extend the service life of the equipment.
Crescent-shaped PCB board due to the unique design of the curved moon shape, can better adapt to the internal space of the humidifier, and improve integration and reliability. The driver board is equipped with highly efficient circuitry to ensure stable operation of the humidifier within the set time, avoiding overuse and improving the intelligence of the device through the precise timing function.
DC 5V
Power: 1.5W VPP 80v
Atomizer atomization effect, the PCB board of the credit, no good PCB match, and then excellent atomizer plate can not move. Because the vibration of the nebulizer disk needs PCB's cooperation to put the nebulizer will be liquid atomization up. PCB (Printed Circuit Board) is the basis of the electronic equipment, the quality directly affects the performance and reliability of medical nebulization. In the design and production process, special attention will be paid to the selection of PCB materials, hardware and software design accuracy, and manufacturing process.
The selection of high-performance materials can ensure that the circuit board can work stably in a variety of environments, while the precision design and strict manufacturing process can ensure the high precision and low failure rate of the circuit board.PCB is developing in the direction of lighter and thinner, higher integration, which helps to improve the portability of medical nebulization, and further enhance the level of its intelligence.PCB is an important medical nebulization to achieve the goals of high efficiency, intelligence and safety. PCB is an important safeguard for medical nebulization to achieve the goal of high efficiency, intelligence and safety. Our design preferred environmental protection, and the use of lead-free solder.
The PCB needs to have good temperature resistance and EMC anti-interference, which helps to significantly improve the performance of medical nebulization and provide patients with safer and more effective treatment solutions.
To further enhance the reliability of the PCBs, a series of environmental adaptability tests such as high temperature, low temperature, humidity cycling and mechanical shock tests are also conducted. These tests ensure that the PCBs remain stable under extreme conditions, thus guaranteeing the stable operation of medical nebulizers in a variety of medical environments, and the PCB design continues to incorporate more intelligent sensing and wireless communication features. These innovations enhance the ease of use of medical nebulizers.
