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- High Voltage Solutions
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- Display & LED Drivers
High-Voltage Solutions - MEMS, Piezo & Interface
High Voltage solutions combine features that provide for biasing, signal routing, level translation, and amplification while connecting low voltage control circuits to other high voltage circuits. Control functions and circuits can vary from simple to complex, from analog to digital circuitry, from FPGAs to microcontrollers.
Different digital interfaces include simple digital inputs, to complex protocols such as SPI, I2C, with data rates to 10s of MHz. These solutions enable drive, monitoring
Signal routing can vary from simple pass-through to serial-parallel
Functional integration includes features providing for measurement and protection (current, voltage, temperature, other), boost voltage generation, complex control features (s.a. signal linearization, offset management, etc.) and more. Drive circuitry can encompass anything as simple as a single discrete device, to FET switch arrays, Darlington switch arrays, to amplifier arrays.
MEMS Drive Applications
MEMS-based Laser Beam Steering solutions are finding increasing adoption in different markets and applications. Some key applications are tracking, projection, and scanning as seen in consumer AR/VR devices, Automotive HUDs, Lighting, and LIDAR supported navigation, as well as systems for scanning and imaging in Medical applications.
Microchip is working closely with industry partners and customers to help create leading-edge products to deliver on the promise of this rapidly expanding technology.
Dynamic Solid State Lighting
Textile, Adv. Materials
Piezo Drive Applications
Piezo-based devices for pumps and actuators have found key use in particular industrial and medical applications, such as micro-positioning and pumps, covering everything from printing to drug delivery solutions. This technology is now also finding now finding increasing adoption as new materials and devices emerge for haptic technologies, having implications for a variety of markets and applications. The ability to create strong tactile effects for purposes ranging from simple user feedback to ever increasing sophistication in providing an intriguing range of textural effects promises to revolutionize user interaction with our environment.
Microchip is working closely with industry partners and customers to help create leading-edge products to deliver on the promise of this rapidly expanding technology, drawing upon our strong high voltage capabilities and rich mix of Analog / Mixed-Signal and MCU solutions.
Electro-Mechanical Polymer Actuators
AR/VR Peripherals Wearables
LIDAR, HUD, AR/VR Tracking Projection
Active Buttons and Controls
Textile, Adv. Materials
Liquid Lens Drive
Mobile Camera Lens
Complimentary FET Driver
High Voltage Signal Measurement
Signal Bias/Level Translation
Signal Routing/Bypass Display Drive