ATSAMR21G18A-MUTA6

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ATSAMR21G18A-MUTA6 is an RF transceiver IC designed and developed by ATMEL. Its minimal form factor coupled with low power consumption and high performance makes it an ideal choice for applications requiring low-power, high-performance RF transmitter and receiver solutions. The application range of the ATSAMR21G18A-MUTA6 includes remote control systems, home automation, and medical monitoring. It also has application in radio frequency identification (RFID) systems, wireless sensor networks, and mobile communications.

The ATSAMR21G18A-MUTA6 RF transceiver IC is based on the ATSAMR21E18A MCU family. It is powered by an ARM Cortex-M4 core and provides a wide range of data rates, from 9.6kbps to 1Mbps. The maximum transmit power of the ATSAMR21G18A-MUTA6 is up to 19.9dBm and the receive sensitivity is -100.7dBm. The IC is equipped with a 2.4GHz transceiver, which supports Bluetooth 5.0, ZigBee, and BLE Mesh.

The ATSAMR21G18A-MUTA6 offers an advanced feature set that includes an integrated Radio Frequency standard transceiver (RFS), narrow band operation, and signal processing capabilities. The RFS enables the radio to receive and transmit packets of data, making it suitable for wireless sensor network applications. The transceiver also supports multiple modulation formats, including AM, FM, and GFSK. This allows for the transmission and reception of encoded signals, such as audio and data signals, over a wide frequency range.

The ATSAMR21G18A-MUTA6 has a built-in low power controller, which enables the IC to reduce power consumption when idle. The IC also has an integrated sleep modes, which further reduce power consumption when the IC is not in use. This means the IC is able to maintain low power consumption when idle or when it is actively receiving or transmitting signals.

The ATSAMR21G18A-MUTA6 is an easy to use, low power RF transceiver IC that provides a high performance solution for applications requiring low power consumption, wide data rate support, and multiple modulation formats.. Its features make it ideal for remote control systems, home automation, medical monitoring, and other applications, while its low power consumption and small form factor make it well-suited for IoT and other battery-powered applications.

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