EFR32MG14P733F256IM48-BR

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

RF Transceiver ICs, like the EFR32MG14P733F256IM48-BR, are widely used for their versatility and cost effectiveness in a wide range of applications. In addition, with the advent of modern digital radio technologies, they have now become indispensable components-of-choice. The EFR32MG14P733F256IM48-BR in particular, is a highly integrated single chip RF transceiver. It not only supports Bluetooth 5.0, BLE, ZigBee and Thread protocols, but also provides a variety of other advanced features and functions.

The EFR32MG14P733F256IM48-BR is built on a 32-bit processor architecture with an 8 high-performance processor cores, a single-core app MCU, and a very low-power 512KB SRAM memory. This chip also includes an integrated ultra-low-power Bluetooth LE radio system and a Zigbee certified RF transceiver.

The primary application field for the EFR32MG14P733F256IM48-BR is IoT based consumer electronics. The built-in Bluetooth system offers good control for a variety of IoT devices, ranging from smart phones to tablets and wearables. Bluetooth Low Energy (BLE) connectivity makes it possible to connect with a range of smart sensors and other devices like fitness trackers, thermostats, and cameras.

The integration of Zigbee network compatible with IEEE 802.15.4 is also supported, and this allows the device to be used for multiple wireless network applications. The Zigbee network also provides the user with the ability to build networks with various types of nodes, allowing for easy creation of distributed, multi-hop networks with a wide range of data rates and transmission ranges. With the Zigbee support, the EFR32MG14P733F256IM48-BR can easily be used in industrial control, home automation, and medical applications.

The EFR32MG14P733F256IM48-BR is designed to be very power efficient and can be used in either a standalone configuration or as an integrated part of a power-sensitive system. It has an integrated DC/DC converter and a low power sleep mode that enables the device to enter a power-saving mode whenever it is not active. The device also provides a host of firmware applications for application-specific performance optimization.

When it comes to its working principle, the EFR32MG14P733F256IM48-BR relies on the same modulation scheme as other radio frequency transceiver chips. This scheme works by modulating electrical signals that are transmitted and received, usually across the radio spectrum. These electrical signals are then processed to determine their content and to determine whether or not a communication is taking place.

The modulation technique used by the EFR32MG14P733F256IM48-BR includes Frequency Modulation (FM) and Amplitude Modulation (AM). The FM technique varies the frequency of the signal while the AM technique varies the amplitude. The output of both techniques is the same – an electrical signal that appears different to the listener when transmitted, but whose content remains the same.

The EFR32MG14P733F256IM48-BR uses high-frequency data rates and has a range of up to 10km. It utilizes overlay modulation to maintain a low-power sleep mode while still providing a low-data rate Bluetooth connection. Other features include an on-board temperature sensor and a power sensor, which allow for temperature and power level management.

The EFR32MG14P733F256IM48-BR is highly flexible and supports AEC-Q100 grade 1 qualified performance, making it robust and reliable for long life applications. From home security systems to medical equipment and industrial control, the EFR32MG14P733F256IM48-BR\'s features make it ideal for a wide array of IoT applications.

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