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Piezo Amplifier With Multiple Channels for PICA Shear Actuators and Piezo Tubes piezo amplifier with low noise maximum power Operation bipolar voltage at output most suitable for scanning tubes output voltage surveillance control of a piezo tube The amplifier can move a piezo tube in one, two, or three directions depending on the model.
The number of electrode segments in a piezo tube determines the available directions of motion. Up to six piezo actuators can be controlled. The amplifier is also offered in a version for operating bipolar piezo actuators, such as the PICA Shear or Picoactuator, up to six at a time. Voltage range and signal control Precision in static and dynamic operation with little noise.
Through a D/A converter and PI driver set compatible with NI LabVIEW software, a PC can generate control signals. SMB stands for control and monitoring signals. D-sub voltage outputs a wide input range power supply is included with delivery.
Scanner tube piezo amplifier Each channel has two outputs available. The second output consistently produces the first output’s voltage with the opposite sign.
Piezo amplifiers for the Picoactuator and PICA Shear range of input voltage Reversed results Feature Channels voltage at output output voltage surveillance Peak power or output average power output/output Typical output current and output current constraint.
The Global Multi-Channel Piezo Amplifier market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
A multi-channel piezo haptic driver called the BOS0614 is based on Boréas’ unique Cap Drive technology. It can operate up to four piezo actuators at 60 V concurrently. Its Zero Power Sensing (ZPS) characteristics allow mechanical buttons to be replaced in many applications.
the ability to programme custom press and release haptic feedback on each channel using the integrated 10 kSps sensor interface. The BOS0614 can automatically play the pre-programmed haptic feedback and send a notification through four GPIOs within 100 s when detection requirements are satisfied.
The outputs’ active-low open-drain configuration allows for easy integration into legacy systems by enabling the generation of signals that are equivalent to mechanical buttons.
Through its two wire MIPI I3C interface, the BOS0614 can readily receive data and configuration. Since MIPI I3C and I2C are backward compatible, most systems can easily use it.
The digital waveform data can be continuously streamed for playback or transmitted in bursts for greater bandwidth efficiency via a configurable deep FIFO interface.
To generate HD haptic waveforms with the least amount of transmission bandwidth possible and to enable two waveform creation modes, the interface additionally has a waveform synthesiser and a 2 kB RAM waveform buffer.
