When designing a low-power ultrasonic generator circuit board, the following points need to be considered:
1. Power circuit: Ensure that the circuit board can obtain stable and reliable power supply to meet the needs of different application scenarios.
2. Drive circuit: Adopting an efficient driving scheme to improve the vibration efficiency of piezoelectric crystals or piezoelectric ceramics, thereby generating stronger ultrasonic waves.
3. Frequency control circuit: By precise frequency control, the ultrasonic generator ensures stable ultrasonic frequency to meet the specific application requirements.
4. Protection circuit: A well-designed protection circuit is used to prevent damage or destruction of the circuit board in abnormal situations, thereby improving the reliability and safety of the equipment.
| Type | Power | Frequency | Voltage | Current |
| PLS-GP50W | 50W | 20,25,28,33,40 | 220V | 0.3 |
| PLS-GP60W | 60W | 20,25,28,33,40 | 220V | 0.3 |
| PLS-GP100W | 100W | 20,25,28,33,40 | 220V | 0.45 |
| PLS-GP120W | 120W | 20,25,28,33,40 | 220V | 0.54 |
| PLS-GP150W | 150W | 20,25,28,33,40 | 220V | 0.68 |
| PLS-GP180W | 180W | 20,25,28,33,40 | 220V | 080 |
| PLS-GP200W | 200W | 20,25,28,33,40 | 220V | 0.90 |
Generator Driver Ultrasonic Pcb Circuit Board 60W 28KHZ Ultrasonic Cleaning Machine Generator Pcb Driver Circuit Board_Company dynamics_Pulisonic Ultrasonic
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