First, applied to MEMS testing
1. The supporting signal source achieves perfect signal amplification and improves the load capacity.
2. Multi-channel synchronous output, flexible operation according to test environment and needs.
3. Use it in conjunction with university-related experiments to enrich experimental content.
4. Perfectly matches various major matching function signal sources and arbitrary waveform signal generators.
5. Extensive driver applications: analog circuit simulation, piezoelectric ceramic driver, transducer application, wireless charging application, MEMS testing, wireless communication.
6. Complete protection functions: overvoltage protection, overcurrent protection, overtemperature protection.
Second, sonar system application
1. Perfectly drive and match various sonar systems.
2. High power output, extremely high amplitude frequency and phase frequency characteristics.
3. Impedance matching design can be carried out according to customer needs to ensure output characteristics.
4. The gain is digitally adjustable to ensure various simulations of underwater acoustic experimental tests.
5. Broadband amplification ensures the signal integrity of underwater acoustic communication transmission.
6. Long-term stable operation, complete protection, over-current protection, over-voltage protection, and over-temperature protection.
Third, piezoelectric ceramic drive
1. Wide voltage range and high bandwidth can perfectly drive various piezoelectric devices.
2. A variety of power options, and can be customized with good matching performance.
3. Multi-channel combination allows different test options.
4. Precision numerically controlled gain, and excellent amplitude-frequency and phase-frequency characteristics.
5. The input and output impedance matching is adjustable, perfectly matching the user's signal source and load.
6. Patented impedance matching design ensures signal integrity for driving capacitive loads. Wait