MKM33Z128CLH5R

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The MKM33Z128CLH5R belongs to an embedded microcontroller family made by NXP semiconductors. It is a product of the Kinetis Z family, the 128CLH5 series, and is characterized by a low-power 32-bit ARM Cortex-M0+ processor core, clocking at up to 50 MHz. This processor architecture, in combination with a wide range of peripheral features, makes the MCU suitable for a broad variety of applications.

The MKM33Z128CLH5R supports 4KB of SRAM, 64KB of flash memory and flexible peripherals including four 16-bit motor control timers and multiple serial communication interfaces: one CAN, one serial peripheral interface (SPI), and two universal asynchronous Receiver Transmitter (UART). The device also features 4 channels that are shared for both Analog-to-Digital converter (ADC) and Digital-to-Analog converter (DAC) functions. This feature, in combination with other integrated analog peripherals, delivers excellent features for applications requiring a high degree of integration.

The application field of MKM33Z128CLH5R covers various types of low-end industrial automation, commercial and residential building automation and motor control, Internet of Things (IoT), Wearable and mobile applications etc. It also serves as an ideal solution for battery-powered applications which need low power consumption, fast communication interface and extended temperature range.

The MKM33Z128CLH5R supports a wide power supply voltage range from 1.76V to 5.5V, while operating temperature range is from -40°C to + 105°C, making it suitable for extreme conditions in different types of environments. This device also features DC-DC converter to support battery operations.

The basic working of MKM33Z128CLH5R can be simplified in 3 steps, namely Initialization, Execution, and Conclusion. Initially, its LLWU (low-leakage wakeup) module senses the voltage level and current location, which after passing through some internal circuitry of the device is then supplied to the ARM Cortex-M0+ core for instructions. Execution implies the instructions based on the applications given to the MCU. Lastly, when the task/programs are completed, the device returns to its idle mode waiting for new instructions.

The MKM33Z128CLH5R is a highly integrated and low power MCU, with a great combination of peripheral features and its ARM Cortex-M0+ core, making it a suitable choice for the development of low-end industrial, consumer and automotive applications. Thus, to conclude, its extended temperature range, wide power supply voltage range and efficient performance makes it an ideal choice for many applications in these fields.

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