XTP9B-DPM-001

Serial Interfaces:	UART
Package / Case:	Module
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Current - Transmitting:	710mA
Current - Receiving:	35mA
Voltage - Supply:	2.8 V ~ 5.5 V
Memory Size:	--
Utilized IC / Part:	--
Antenna Type:	Not Included, MMCX
Series:	XTend®
Sensitivity:	-110dBm
Power - Output:	30dBm
Data Rate:	125kbps
Frequency:	902MHz ~ 928MHz
Modulation:	FSK
Protocol:	--
RF Family/Standard:	General ISM
Part Status:	Active
Packaging:	Tray

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Introduction of XTP9B-DPM-001 RF Transceiver Module

The XTP9B-DPM-001 (XTP9B) is a high-performance RF transceiver module manufactured by LEOS Technologies. It combines an RF transceiver, a digital baseband processor, and a low-power MCU into an integrated system-on-chip. This device is used in applications such as wireless sensor networks, short range networks, medical and industrial IoT, and in vehicle networks.

Overview of XTP9B-DPM-001 RF Transceiver Module

The XTP9B is designed to provide a comprehensive wireless communication solution which includes the RF transceiver, digital baseband processor, and low-power MCU, with high-performance RF performance with ultra-low power consumption. It operates in the 868/915MHz ISM and 920MHz LPR band, and complies with European and American regulations. It supports packet data rates up to 250kb/s and is designed to provide wireless solutions for many applications.The XTP9B has an operating current of only15mA, and is also designed to minimize interference from the outside environment. It has a built-in antenna port for wireless communication, and a UART interface for I/O operations. It also meets low-power and low-profile design requirements for radio frequency modules.

Application Field of XTP9B-DPM-001 RF Transceiver Module

The XTP9B is suitable for applications such as wireless sensor networks, short range networks, medical and industrial IoT, and in vehicle networks. It is an ideal solution for low-power applications due to its ultra-low operating current consumption. It can be used in data logging, asset tracking, industrial automation, smart city solutions, medical diagnosis, and consumer electronics.

Working Principle of XTP9B-DPM-001 RF Transceiver Module

The XTP9B utilizes a low-power MCU to handle incoming and outgoing packets. The RF front end transmits a radio signal for data communication, which is then received by the transceiver, processed by the digital baseband processor, and sent to the MCU for further processing. The low-power MCU then processes incoming and outgoing data and sends signals to the RF front end for further transmission.The XTP9B can also support a communication range of up to 7km in open areas. It also supports frequency hopping for higher data rates and supports packet collision detection and avoidance during data transmission. The XTP9B also supports a wide range of modulation techniques such as PSK, FSK, and OFDM to ensure reliable data transmission.

Conclusion

The XTP9B-DPM-001 RF transceiver module is a high-performance RF module designed to provide a comprehensive and integrated wireless communication solution. It is suitable for applications such as wireless sensor networks, short range networks, medical and industrial IoT, and in vehicle networks. Its working principle is based on a low-power MCU that handles incoming and outgoing packets and a RF front end that transmits and receives radio signals for data communication. With its ultra-low operating current requirements, wide range of modulation techniques, and frequency hopping capabilities, the XTP9B is an ideal solution for various wireless communication requirements.

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