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Discover our AVR DU family of powerful MCUs, with up to 64 KB Flash, 24 MHz speed, real-time control, enhanced USB functionality and advanced CIPs for modern embedded system designs.
The PIC16F13145 family of MCUs addresses the demand for on-chip digital logic through the Configurable Logic Block (CLB) module, which removes the need for external logic chips.
The PIC18-Q24 product family enhances flexibility and security for high-pin-count PIC18 MCUs. This family of MCUs introduces the Programming and Debugging Interface Disable (PDID) feature, which prevents any external access or modifications to memory.
The AVR EB product family combines powerful Core Independent Peripherals (CIPs) with the robust and efficient AVR CPU core to create a family of MCUs that is capable of driving highly accurate systems, optimizing system performance and reducing BOM cost.
The PIC18-Q84 family of 8-bit MCUs combines an extensive array of CIPs with Controller Area Network Flexible Data Rate (CAN FD) for automotive interface and smart sensor networks.
With on-chip I3C® peripherals and multi-voltage I/O, this product family supports the increasing demand for small, responsive sensor nodes to facilitate real-time control and connected designs.
The AVR EA family, with its powerful AVR CPU, integrated analog and Core Independent Peripherals (CIPs), enables you to build compact designs with built-in flexibility and lower system cost.
This MCU family is for cost-effective sensor-node applications. These devices simplify the connection of many kinds of sensors to more complex systems.
The AVR DD family builds upon the low-power performance of the AVR architecture with a world-class selection of Core Independent Peripherals (CIPs) and a fully loaded intelligent analog portfolio, giving you the freedom to innovate with your designs.
This family of MCUs is packed full of peripherals to enable low-cost analog sensor applications.
Learn how you can use the CLB, a small FPGA integrated into an MCU, to create custom hardware-based logic.
Explore the USB capabilities of the AVR DU family.
Learn how utilizing the Core Independent Peripherals (CIPs) of PIC and AVR MCUs can help you overcome real-time system constraints.
Configure the integrated op amps on a PIC18-Q71 MCU, set their output in real time and determine whether your design can be achieved without any external components.
Explore how the MVIO feature of PIC and AVR MCUs allows you to have two separate voltage domains and removes the need for a logic level-shifter.
See how you can use analog peripherals, such as operational amplifiers (op amps) and analog comparators, in a functional safety system.
Explore the anti-noise capabilities of the AVR MCU's Analog-to-Digital Converter (ADC). Input a variety of noise signals into the ADC and see the filtered output on the other end.
Our highly configurable CIPs and comprehensive development ecosystem with production-ready code generation tools and rapid prototyping hardware deliver exceptional efficiency and flexibility, elevating your design to new levels of capability and performance.
Our PIC and AVR MCUs are built to withstand rigorous environments, providing robust and reliable performance across various applications so your design runs smoothly and efficiently even under harsh conditions.
We recognize the critical importance of product longevity, long product life cycles and consistent supply for our clients. We are committed to customer-driven obsolescence, ensuring that the PIC or AVR MCU you design with today will be available throughout the lifecycle of your design.
Browse our videos to learn more about the capabilities of our 8-bit MCU portfolio.