EFM32JG1B100F256GM32-B0R

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Embedded devices encompass a wide range of products from very simple to complex and from single chip microcontrollers (MCU) to processors running sophisticated operating systems. The embedded industry has seen a change from basic 8-bit devices to more sophisticated 32-bit embedded devices, enabling devices to become more efficient in terms of performance and power consumption. The EFM32JG1B100F256GM32-B0R is one such 32-bit embedded device.

Application Field of EFM32JG1B100F256GM32-B0R

The EFM32JG1B100F256GM32-B0R is a general-purpose 32-bit MCU intended for use in a wide range of embedded systems. It is designed to provide enhanced performance, flexibility and scalability without compromising power efficiency. It is suitable for use in IoT (Internet of Things), home appliances, industrial control, medical equipment, and high-end consumer applicationse.

The device utilizes an advanced power management system which delivers very low-power operation, allowing it to consume as little as 4.6 mA/MHz in active mode and 10.4 μA in sleep mode. Its integrated peripherals allow for extremely low power operation of sensor systems and wireless communication implementations. This integrated low-power solution enables customers to achieve highly accurate and prolonged battery life in their end applications.

Working Principle of EFM32JG1B100F256GM32-B0R

The EFM32JG1B100F256GM32-B0R is a 32-bit ARM Cortex-M device that features an ARM Cortex-M4F-based processor core, with a maximum clock speed of up to 24 MHz. The device contains embedded Flash and SRAM, a 12-bit DMA controller, an on-chip Temp Sensor and a wide range of communication peripherals including SPI, I2C, UART, and an RF radio interface.

In terms of system architecture, the device is organized into three main clock inputs, the core clock, the peripheral clock, and the low-frequency clock, which are all synchronized to facilitate communication and maximize performance. Furthermore, the Cortex-M4F core also contains a dedicated memory protection unit (MPU) to enhance system integrity by restricting unprivate access to restricted memory regions.

The EFM32JG1B100F256GM32-B0R combines a strong MCU core, flexible peripherals and real-time interrupts to maximize efficiency and reduce the time spent developing embedded solutions. This device is backed up by a comprehensive suite of development tools, like the Simplicity Studio platform, to facilitate rapid prototyping and application development.

Conclusion

To conclude, the EFM32JG1B100F256GM32-B0R offers considerable performance and power efficiency for embedded applications in the IoT, home appliances, industrial control, medical equipment, and high-end consumer products. Highly integrated peripherals, power management and a comprehensive suite of development tools enable unprecedented performance and power savings in highly accurate, prolonged battery life applications.

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