PIC18F46K40T-I/MV

Touch & Gesture Products

Microchip Technology Touch and Gesture Products can be used to upgrade products to include a modern user interface. Add value and advanced features to applications by replacing mechanical push buttons with a touch- or gesture-controlled interface. Increase customer appeal and improve product performance and reliability. Microchip offers solutions for everything from single buttons, touchpads, and touch screens to proximity detection and 3D gesture control. Microchip Technology Touch and Gesture Products are ideal for various consumer, industrial, and automotive applications.

PIC18F High-Performance Microcontrollers

Microchip Technology PIC18F High-Performance Microcontrollers combine large Flash/EE/RAM memory, a rich peripheral integration, XLP, and 5V support for a variety of general-purpose applications. These 28-, 40-, and 44-pin devices deliver Core Independent Peripherals like CWG, WWDT, CRC/Memory Scan, Hardware CVD, Zero-Cross Detect and Peripheral Pin Select. These features provide for increased design flexibility and lower system cost.

Automotive 8-Bit Microcontrollers

Microchip Technology Automotive 8-Bit Microcontrollers include MCUs with the PIC® and AVR® architecture. Capturing the best features of both architectures enables Microchip to offer plentiful solutions for every type of automotive system. From Human Machine Interface (HMI) applications based on touch technology to underhood applications requiring high-temperature robustness to simple watchdog-type applications requiring a small form factor, users can find extensive options that meet specific requirements.

Microchip Technology PIC18F4 High-Performance Microcontrollers

Microchip PIC18F4 High-Performance Microcontrollers combine large Flash/EE/RAM memory, rich peripheral integration, XLP and 5V support for a variety of general purpose applications. These 28/40/44-pin devices deliver Core Independent Peripherals like CWG, WWDT, CRC/Memory Scan, Hardware CVD, Zero-Cross Detect and Peripheral Pin Select. This provides for increased design flexibility and lower system cost.
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8-Bit PIC® & AVR® Microcontrollers

Microchip Technology 8-Bit PIC^® and AVR^® Microcontrollers (MCUs) offer a unique combination of power efficiency and flexibility, making these devices an excellent choice for a variety of embedded system designs. With more than 1200 MCUs to choose from, the PIC and AVR families deliver class-leading flexibility and performance in areas of utmost importance to modern embedded designers. These devices feature integrated XLP and picoPower^® technologies that deliver excellent low-power consumption and extend battery life. The PIC MCUs offer efficiency and flexibility with integrated peripherals and superior reliability for compact designs and high-performance needs.

Smart (Effortless Embedded Control Solutions)

Microchip Technology Effortless Embedded Control Solutions allow developers to effortlessly meet the ever-changing requirements of modern electronics with a portfolio of scalable 8-bit, 16-bit, and 32-bit microcontrollers, digital signal controllers, and microprocessors. Flexible peripherals and functions make creating differentiated applications that set you apart from your competition easy. Intuitive design environments and visual configuration tools provide a straightforward getting-started experience while proven reference designs and professionally tested software libraries lower your design risk.

Functional Safety Solutions

Microchip Technology Functional Safety Solutions offer robustness, reliability, and safety to end-products. In some application segments, these requirements are formalized and mandatory, while in others, they are implemented to differentiate the product and take the step from a good product to an excellent product. The standards for functional safety depend on the market that is targeted. Many standards support multiple levels of rigorousness, which are applied depending on the likelihood and severity of the hazard. The methods of addressing hazards range from detecting single failures and putting the system into a safe state to full redundancy, where failures should not only be detected but also corrected without any interruption or degradation of service.