Ultrasonic electronic circuit board is a special type of electronic circuit board that uses ultrasonic signals to transmit data and control signals. Design requires designing a suitable circuit board structure. This structure needs to be able to effectively transmit ultrasonic signals to the receiver, while also considering factors such as the size and cost of the circuit board. To achieve this goal, designers can adopt some special circuit design and layout techniques, such as multi-layer circuit boards, signal shielding, signal filtering, and simulation testing. Finally, designers need to choose suitable software to control the operation of the circuit board.
Model | Power(W) | iTuvatuva (khz) | Operating voltage | Maximum output current |
PU-XLB50W | 50 | 25khz,28khz,33khz,40khz | AC110V/220V | 0.33A |
PU-XLB100W | 100 | 25khz,28khz,33khz,40khz | AC110V/220V | 0.45A |
PU-XLB150W | 150 | 25khz,28khz,33khz,40khz | AC110V/220V | 0.65A |