EFR32FG12P433F1024GM48-B

Power - Output:	20dBm
Package / Case:	48-VFQFN Exposed Pad
Operating Temperature:	-40°C ~ 85°C
Current - Transmitting:	8.2mA ~ 126.7mA
Current - Receiving:	8mA ~ 10.8mA
Voltage - Supply:	1.8 V ~ 3.8 V
GPIO:	28
Serial Interfaces:	I²C, I²S, SPI, UART
Memory Size:	1024kB Flash, 256kB RAM
Sensitivity:	-102dBm
Series:	Flex Gecko
Data Rate (Max):	2Mbps
Frequency:	169MHz, 315MHz, 433MHz, 490MHz, 868MHz, 915MHz, 2.4GHz
Modulation:	2-FSK, 4-FSK, ASK, BPSK, DBPSK, DSSS, GFSK, GMSK, OOK, O-QPSK
Protocol:	--
RF Family/Standard:	--
Type:	TxRx + MCU
Part Status:	Not For New Designs
Packaging:	Tray

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Introduction to EFR32FG12P433F1024GM48-B RF Transceiver IC

The EFR32FG12P433F1024GM48-B chip is a radio frequency (RF) transceiver IC specifically designed for wireless communications in the sub-GHz range. This radio frequency IC is integrated with an onboard encoder and framer and is capable of providing data transmission, reception, and bidirectional communication. It is often used in applications such as radio amateurs, low-power wireless networks, and automated metering systems.

Application Field

EFR32FG12P433F1024GM48-B RF transceiver ICs are usually used in applications that require reliable low-power wireless communication. The most common uses are in automation, industrial, medical, and military communication systems. In each application, the EFR32FG12P433F1024GM48-B chip has been enthusiastically welcomed by customers due to its low power consumption, excellent data throughput, and reliable performance. In industrial applications, EFR32FG12P433F1024GM48-B radio frequency ICs are widely used for data transmission between various machines in industrial factories. This RF IC provides a reliable wireless communication and low power consumption as well as quick transmission speed. With this RF IC, different machines can be wirelessly connected and data can be shared within the factory. This helps to increase efficiency and reduce cost in industrial settings. In medical device applications, EFR32FG12P433F1024GM48-B radio frequency ICs have proved to be beneficial in providing reliable wireless communication in medical devices such as patient monitors, defibrillators, and pacemakers. These devices depend heavily on wireless communication for data transmission and wireless monitoring of patients. The low-power consumption and high data throughput of this RF IC provide stability and reliability for medical applications. In military applications, EFR32FG12P433F1024GM48-B radio frequency ICs are used for certain specialized communication networks such as tactical communication radios and aircraft recognition systems. These RF ICs provide reliable data transmission while consuming very low power, making them an ideal solution for military applications.

Working Principle

The EFR32FG12P433F1024GM48-B radio frequency IC works on the principle of frequency modulated (FM) signal. The FM signal carries data in its amplitude and frequency variations which are modulated to transmit the data. The EFR32FG12P433F1024GM48-B chip uses an onboard encoder and framer to convert digital data into an FM signal, which is then sent to the antenna. The antenna then broadcasts this signal.At the receiving end, the antenna picks up the FM signal and sends it to the EFR32FG12P433F1024GM48-B chip. The chip then uses an onboard demodulator to convert the FM signal back into digital data. The data is then converted into an output signalthat can be read by the user. This working principle allows the EFR32FG12P433F1024GM48-B RF transceiver IC to provide reliable, low-power wireless communication.

Conclusion

The EFR32FG12P433F1024GM48-B RF transceiver IC is a highly useful device that allows for wireless communication over long distances with minimal power consumption. This chip is widely used in various industrial, medical, military, and other applications due to its reliable performance and low power consumption. EFR32FG12P433F1024GM48-B RF transceivers use the principle of frequency modulated (FM) signal to carry data via radio waves, and the chip converts digital data into an FM signal which is then broadcasted via the antenna, and received data is received and converted back into digital data. The low power consumption and excellent data throughput of this RF IC make it an ideal choice for a variety of wireless communication applications.

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