The design of ultrasonic transducer driven circuit board is a complex and delicate task. Designers need to determine key indicators such as driving circuit parameters, frequency, and power based on specific application scenarios and requirements. At the same time, factors such as circuit stability, reliability, and heat dissipation performance need to be considered to ensure that the ultrasonic transducer can operate stably under long-term and high load conditions.
| 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 |
50W-60W 28KHZ Ultrasonic Generator Kits Circuit Board Ultrasonic Piezoelectric Generator PCB Circuit Board_Company dynamics_Pulisonic Ultrasonic
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