To reduce the impact of ultrasonic current on equipment, the following methods can be adopted:
1. Adjust the parameters of ultrasonic equipment: According to the specific model of the equipment and the use environment, adjust the power, amplitude and other parameters of the ultrasonic equipment so that the current generated during operation is within the range that the equipment can withstand. This can reduce the damage caused by excessive current to the equipment and extend the service life of the equipment.
2. Optimize the mold structure: In ultrasonic equipment, the mold structure has a great influence on the current. By adjusting the mold structure, such as adding electrodes, applying conductive coatings, etc., the flow path of the current can be reduced, thereby reducing the magnitude of the current.
3. Check and repair equipment: Regularly check the various components of the ultrasonic equipment, such as ultrasonic generators, probes, etc., to ensure that they are in good working condition. If the equipment is found to be faulty or damaged, repair or replace it in time to avoid damage to the equipment caused by excessive current.
4. Control the use environment: When using ultrasonic equipment, try to avoid working in harsh environments such as humidity, high temperature, and high pressure. These environments may damage the circuits and components of the equipment, resulting in excessive current. Therefore, when using ultrasonic equipment, the use environment should be controlled to avoid the influence of these adverse factors.
5. Choose high-quality equipment: When purchasing ultrasonic equipment, you should choose products with good quality and stable performance. These equipment will take into account the impact of current on the equipment during the design and manufacturing process, and take corresponding measures to reduce the magnitude of the current. Therefore, using high-quality equipment can reduce the impact of ultrasonic current on the equipment.
In short, reducing the impact of ultrasonic current on the equipment requires multiple aspects, including adjusting equipment parameters, optimizing mold structure, inspecting and repairing equipment, controlling the use environment, and selecting high-quality equipment. These methods can effectively reduce the magnitude of ultrasonic current, reduce damage to the equipment, and extend the service life of the equipment.
