XM4E129BNCZADI1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A natural consequence of advances in technology is a number of new capabilities appear, and new applications appear to benefit from these new capabilities. An example of this is the XM4E129BNCZADI1 microcontroller, a low cost, low power and integrated electronic device that can be used for a wide range of embedded applications. This article will focus on the application field and working principle of the XM4E129BNCZADI1 microcontroller.

General Description of XM4E129BNCZADI1

The XM4E129BNCZADI1 is an integrated electronic device designed and manufactured by Altair Technologies. This microcontroller is applicable to your embedded project needs on air, sea, or land for up to two years. It is also applicable for industrial operating ambient temperature from −40°C to +95°C.

The XM4E129BNCZADI1 is a small-sized, affordable, low-power and integrated microcontroller. It is specifically suitable to perform large-scale complex control tasks, such as motor control, general control, PID/FFT control, etc. Its low-power characteristics also make XM4E129BNCZADI1 a perfect fit for battery powered systems. It can perform up to 6.5MIPS of 8-bit instructions.

Key Features of XM4E129BNCZADI1

The XM4E129BNCZADI1 features a 8-bit CPU Core, a 20MHz clock frequency, up to 38Kbytes flash memory, 6.5MIPS of instruction throughput, 136 bytes internal RAM, and a maximum analog input of 25kSPS. It also includes two 16-bit timers, two UARTs, an I2C bus, an ADC, a DAC, eight PWM outputs (up to 20M PWM), an input capture, a watchdog timer, as well as an output compare unit. Additionally, the device has 8KB of flash and 6KB of RAM.

The XM4E129BNCZADI1 is also equipped with an ARM Cortex-M4F core which enables various applications such as motor control and PID control. It offers a range of hardware peripherals, like the 10-bit ADC (Analog to Digital Converter) that can be used to measure process values and control system inputs at sample rates up to 25kSPS. It also has two 16-bit Timer/Counters for capture or output compare applications.

The XM4E129BNCZADI1 microcontroller has several features which make its capability unique. This includes its on-chip oscillator, low power consumption rating, exceptional support for application development, range of development tools, and stability. In addition, the device has a simple architecture which provides a programmer with better control over its internal registers and memory.

Application Field of XM4E129BNCZADI1

The XM4E129BNCZADI1 is suitable for a wide range of embedded applications where small size, low cost, and low-power consumption are required. The device is commonly used in industrial control applications such as automation, energy meters, motor control, vehicle control, and telemetry. It can also be used in automotive, medical and consumer applications such as white-goods, mixed-signal and analog signal processing, and home automation.

The primary benefit of using the XM4E129BNCZADI1 microcontroller is its small size and low power consumption. Its integrated size and features also make it an ideal solution for applications where space is a premium. Additionally, its low cost and wide range of development tools make it an attractive choice for new or existing applications.

Working Principle of XM4E129BNCZADI1

At the heart of the XM4E129BNCZADI1 microcontroller is its 8-bit CPU Core which is responsible for executing commands, performing computations, and controlling the device’s peripherals. The device also contains several hardware peripherals such as analog, digital, and communication interfaces. The XM4E129BNCZADI1 microcontroller utilizes a programmed instruction set to interact with its hardware peripherals, hence allowing it to execute application code.

The CPU of the XM4E129BNCZADI1 microcontroller has a built-in 20MHz clock frequency. The instructions, data and their memory addresses can be stored in its onboard flash memory. The programming instructions are executed by the processor and instructions are executed in the order and manner specified by the programmer. Through its peripherals, the device can be used to receive analog and digital inputs from a variety of sensors and transducers, and it can also be used to deliver output to actuators or display devices.

The XM4E129BNCZADI1 microcontroller uses its peripherals to complete the intended application by using a process known as polling. This process involves sending a request from the microcontroller to the peripheral, and waiting for the response from the peripheral. The peripheral then responds to the request, providing the data required for the task at hand. The microcontroller can then process this data to make decisions and take actions based on the data.

Conclusion

In conclusion, we can see that the XM4E129BNCZADI1 microcontroller is a low cost, low power and integrated electronic device that can be used for a wide range of embedded applications. The device has a range of features which make it a perfect fit for applications where space is a premium, low-power consumption is a key factor, and reliable performance is a must. Additionally, its range of development tools and hardware peripherals make it an attractive choice for embedded projects.

The specific data is subject to PDF, and the above content is for reference