AVR, 16KB RWW,2KB RAM,32p,20MHz,

>b>Robust MCUs that enable fast deterministic responses
The AVR EB product family combines powerful, independent peripherals (CIPs) with the robust and efficient AVR CPU core to create an MCU family capable of controlling high-precision systems, optimizing system performance and reducing BOM costs.
With a differential 12-bit analog-to-digital converter (ADC) and high-speed analog comparators, the AVR EB MCUs can utilize the Event System (EVSYS), allowing peripherals to interact with each other without CPU intervention. Advanced timer/counter modules make this product family ideal for a wide range of applications such as motor control, predictive maintenance, home automation, industrial process control, automotive and Internet of Things (IoT).

Improved timers and waveform generation
The AVR EB family uses advanced timer/counter modules to enable advanced waveform generation for power and motor drive applications. These MCUs feature a timer/counter type E (TCE) and a timer/counter type F (TCF). The TCE is a 16-bit timer with four comparison channels that allow it to trigger multiple events at different times and a high-resolution feature that increases the resolution of the generated waveform up to eight times. The TCF is a 24-bit timer/counter that can generate high-resolution frequencies while running asynchronously to the peripheral clock, enabling high-speed operation.In conjunction with the Waveform Extension (WEX), these MCUs enable additional functions for timers/counters in Waveform Generation (WG) mode. It generates complementary waveforms, controls dead time, pattern generation and error handling.

Safety First: CRC, WWDT, BOR, POR, VLM
You can take advantage of built-in features that support safety-critical applications to add robustness and reliability to your design. These include the Windowed Watchdog Timer (WWDT) for system monitoring, the Cyclic Dedundancy Check (CRC) for flash memory scanning and the Event System for error detection. Other functions include the Level Monitor (VLM), a Brown-Out-Reset (BOR) and the Power-On-Reset (POR) for monitoring the supply voltage.

Real-Time Response: Event System (EVSYS)
EVSYS enables peripheral devices to communicate directly with each other without involving CPUR or bus resources. This means that various triggers at the peripheral level can lead to an event, such as a timer interrupt that triggers an action in another peripheral device. The EVSYS has three independent channels for direct peripheral-to-peripheral signaling. This deterministic signaling method is perfect for real-time applications. The events are processed at the peripheral level, even if the CPU is busy processing interrupts or is in sleep mode.