· The maximum gain is 60dB, which can amplify the tiny signal and then monitor it, so as to observe the voltage signal more clearly and effectively;

· Independent linear power supply to reduce noise interference;

· Supporting use of university-related experiments to enrich the experimental content;

· The maximum operating frequency point can reach 100MHz, which meets the test requirements at high frequencies;

· The maximum output voltage can reach 2Vpp to meet the monitoring needs;

· Equipment parameters can be customized to meet individual customization needs.

· The device has flat and wide frequency characteristics and high output stability;

· The output voltage range is wide and the voltage change rate is fast, which can meet the application requirements in various environments;

· Two levels of output resistance can be switched. The input resistance can be switched between high and low levels, with strong matching ability and wide application range;

· Precision numerical control gain, excellent amplitude-frequency and phase-frequency characteristics;

· The equipment has its own monitoring port, which can monitor the output voltage of the power amplifier in real time and safely;

· Save frequently used settings with one key, providing convenient and concise operation options.

· Wide voltage range, high bandwidth to drive various piezoelectric devices;

· A variety of power options, and can be customized supporting performance;

· Multi-channel combination, can carry out different test options;

· Precise numerical control gain, and excellent amplitude-frequency and phase-frequency characteristics;

· The equipment has its own monitoring port, which can monitor the output voltage and current of the power amplifier in real time and safely;

· The patented design of impedance matching ensures the signal integrity of driving capacitive loads.

· The supporting signal source realizes the amplification of the signal and realizes the improvement of the carrying capacity;

· Output impedance can be customized according to customer needs to ensure output characteristics;

· High power output, excellent amplitude-frequency and phase-frequency characteristics;

· The gain can be adjusted by numerical control, and the frequently used settings can be saved with one key, providing convenient and simple operation options;

· Compatible with major brands of function signal sources and arbitrary waveform signal generators;

· It is used in conjunction with university-related experiments to enrich the experimental content.

· Precise numerical control gain, and excellent amplitude-frequency and phase-frequency characteristics;

· Input and output impedance matching is adjustable to match the user’s signal source and load;

· A variety of power options, and can be customized supporting performance;

· The gain can be adjusted by numerical control, and the frequently used settings can be saved with one key, providing convenient and concise operation options;

· Compatible with major brands of function signal sources and arbitrary waveform signal generators;

· Perfect protection functions: overvoltage protection, overcurrent protection, overtemperature protection.