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Despite coming in a variety of sizes and configurations, high-voltage amplifiers are at the core of all piezoelectric drivers.
Greater voltage and output power are available from drivers that have larger enclosures. Additionally, they might provide greater functionality and be simpler to use. However, their utilisation is restricted to larger physical items and is more suited for laboratory testing.
Piezoelectric driver modules are designed to be integrated into systems and are more compact. They still take up a lot of physical space, even if several can be employed in a single system.
Finally, drivers as integrated circuits provide the shortest footprint. They work well in battery-powered devices like computers, smartphones, and other gadgets because of their high power efficiency.
The Global Piezoelectric driver market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Two new piezo drivers from Noliac have variable output voltages. A variety of piezoelectric actuators can use the drivers NDR6210 and NDR6220 as static and dynamic power supplies.
The XPS-DRVP1 driver card, designed for piezoelectric stack-based nanopositioning lines of sub-nanometer resolution stages, has been made available by Newport Corp. Newport Corp. is pleased to announce this release.
A step-up DC-DC converter with an inbuilt 36 V boost switch and two half-bridge output stages make up the FAN8841, a single-chip piezoelectric actuator driver.
In order to lower switching loss at the DC-DC converter for high efficiency, the step-up DC-DC converter runs in Critical Conduction Mode (CRM).
