Application Cases

The use of ultrasonic waves to stimulate cells for disease treatment has always been popular, offering broad prospects across laboratories and the medical industry. In the laboratory setting, appropriate ultrasonic stimulation can accelerate the proliferation of slow-growing cells or bacteria, speeding up experimental research and improving efficiency. For cells or bacteria with low secretion of specific proteases, ultrasonic waves can enhance the secretion of these enzymes. In the medical field, ultrasonic induction of cell directional differentiation can rapidly produce the required human tissues to cure related diseases.

The power amplifiers produced by Antai Electronics have a bandwidth covering DC-25MHz and can output power up to several kilowatts, capable of driving most ultrasonic transducers available on the market.

Experiment Name: Biological Development Research Based on Ultrasonic Technology

Experiment Principle: Based on the biological mechanisms of ultrasonic cell stimulation, a device has been designed and built for general biological laboratories. This device can adjust parameters such as frequency, power, duration of action, and duty cycle for ultrasonic cell growth.

Experiment Block Diagram:

Experiment Photographs:

Experiment Process: The signal generator provides various electrical signals. The power amplifier amplifies the input signal to drive the ultrasonic transducer. The ultrasonic transducer converts electrical energy into acoustic energy, applying ultrasonic waves to the cells.

Experiment Results: The device for studying ultrasonic biological effects developed in this study can accelerate cell growth and promote the hatching of fish egg embryos. For cells with long growth cycles, this method can speed up their growth or proliferation, shorten the experimental cycle, and improve experimental efficiency.

Application Directions: Biology, Medicine

Application Scenarios: Cell hatching, accelerating cell growth, etc.

Product Recommendation: ATA-100 Series Power Amplifiers

Figure: Specifications of the ATA-100 Series Power Amplifiers

Figure: Specifications of the ATA-1000 Series Broadband Amplifiers