1. Piezoelectric Ceramic Drive Power Supply (Ripple Wave)
Piezoelectric ceramic drive power supplies provide high stability and high-resolution voltage to piezoelectric ceramics, with excellent frequency response and very low static ripple, suitable for use as the power supply for scanning interferometers.
Key Features ：
Razor wave output
High output voltage stability, high resolution
Unipolar0Please provide the Chinese content to be translated.300V-Single Channel
Excellent dynamic frequency response characteristics.
Very lowStatic ripple;
Pulsed high-power piezoelectric ceramic driver
Power supplied by an isolation voltage regulator.
Pulse waveform driver
The output channel is isolated for safety and reliability.
Control Mode Overview:
Manual control method
Knob Adjustment: Rotate the adjustment knob to control the output voltage amplitude, frequency, and DC bias. The output waveform period is adjustable and can be set according to user requirements.
Output Waveform:
2. Piezoelectric Ceramic Drive Power Supply (Triangular Wave)
Piezoelectric ceramic drive power supplies can provide high stability and high-resolution voltages to piezoelectric ceramics, featuring excellent frequency response and very low static ripple.
Key Features ：
Triangular waveform output
High output voltage stability, high resolution.
Unipolar0Please provide the Chinese content to be translated.300V-Single-channel
Excellent dynamic frequency response characteristics.
Very lowThe static ripple;
Pulsed high-power piezoelectric ceramic driver
Supply with isolated voltage regulators‘
Pulse waveform driver
The output channels are isolated for safety and reliability.
Control Mode Overview:
1Manual control method
Knob Adjustment: Rotate the adjustment knob to regulate the output voltage's amplitude, frequency, and DC offset, setting according to user requirements.
2Simulated control mode
Signal generator orD/A The analog signal from converters is inputted into the analog input port of the piezoelectric ceramic power supply, which is then amplified and outputted. At this point, the power supply acts as a signal amplifier.
Output Waveform:
