M0516ZBN

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M0516ZBN is an embedded microcontroller that has been specifically designed for automotive applications. It is based on the ARM Cortex-M0 core and can run at up to 72 MHz for high performance applications. The device features high speed 8 and 16-bit core register memory, 1KB of SRAM, 128KB of ROM, and a single-cycle wake-up system for low power consumption. It also offers an on-chip 16-bit PWM and a dedicated timer with 3 channels for innovative automotive applications.

The M0516ZBN is designed for a range of automotive applications including safety-critical applications, such as brake/hazard systems, vehicle lighting/power windows, occupancy sensor systems, etc. It also provides a robust device solution for a wide range of automotive applications, such as active suspension, powertrain control, powertrain signal processing, on-board diagnostics, and exhaust emission control systems. The device also offers an optimized combination of MCU and external peripherals, allowing the system to keep low power consumption while executing complex instructions.

The M0516ZBN is a 32-bit microcontroller with a 16-bit shielded MCU platform. The device’s core processor is based on the ARM Cortex M0 processor running at a maximum frequency of 72MHz. It is embedded with 1KB of SRAM, 128KB of ROM, and a single-cycle wake-up system to reduce system power consumption. The device also offers an on-chip 16-bit PPM output, which is used for controlling the motors in applications such as active suspension and active steering.

The M0516ZBN contains four timers including the 16-bit PWM timer, which has three channels for powering the motors. It also has three 16-bit counters for managing the cycle time. Additionally, the device includes a number of communication interfaces such as three serial interfaces, including two UARTs; an I2C, and a SPI. The device also has a 12-bit ADC and a JTAG debug interface.

The device has been specifically designed for automotive applications and supports a range of safety-critical uses. It has built-in safety features such as a non-volatile memory (NVM) for crash data logging, which records vehicle data for post-crash diagnostics. In addition, the device offers redundancy features with ECC to protect against unauthorized access and ensure system security. The device also includes advanced wake-up mechanisms that reduce power consumption, allowing the device to maintain high performance even in sleep mode.

The device’s wide range of communication interfaces and peripherals, coupled with its robust core processor make it an ideal solution for automotive applications. It is a high performance, low power device that facilitates efficient and reliable control of vehicle systems and provides an advanced platform for automotive applications.

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