AX-SF10-ANT21-868-B1 RF/IF and RFID

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RF transceivers modules are widely used in communication, data transferring, wireless sensing, and other applicable fields. Among them, the AX-SF10-ANT21-868-B1 transceiver module is the most commonly used. It is a highly integrated, cost-effective, low-consumption transceiver module with long-range communication. It consists of a transmitter, an antenna, a receiver and a control unit. This article mainly discusses the application field and working principles of the AX-SF10-ANT21-868-B1 transceiver module.

Application Field

The AX-SF10-ANT21-868-B1 transceiver module is mainly used in wireless communication networks, sensor networks, medical telemetry, industrial control, robot control, alarm systems, and other applications requiring long-range data transmission and reception. The module supports wireless communication with speeds of up to 10KBaud. It uses a low-power FSK/GFSK modulation and has a receiving sensitivity of -134 dBm. The AX-SF10-ANT21-868-B1 transceiver module supports up to 4 channels and a maximum of 64 nodes in a single network. Moreover, the module is fully compliant with ETSI EN 300 220-1/2/3.

The AX-SF10-ANT21-868-B1 transceiver module has a wide array of applications. It can be used in home automation, home lighting, security systems, environmental monitoring, irrigation systems, remote controls, tracking systems, remote alarms, industrial automation, and much more. It can also be used in zones that require communications without a line of sight. This makes it an ideal choice for communication in areas such as basements, car parks, and even underground tunnels.

Working Principle

The AX-SF10-ANT21-868-B1 transceiver module works by sending a data signal over a designated frequency. This signal is known as the RF signal. The transceiver module then receives the RF signal and uses the transmitter to send out a reply. The transmitted and received signals are then processed by the receiver and control unit. The receiver module converts the signals to digital data and the output is sent to the control unit.

The control unit then processes the digital data into commands and signals. It is responsible for decoding the data, controlling the communications link, and ensuring that the data is sent and received reliably. The control unit also sends out various feedback signals to ensure that the transmission is successful. The transmitted and received signals are then processed by the transmitter and the receiver, respectively.

The AX-SF10-ANT21-868-B1 transceiver module is versatile and offers a number of advantages. It provides high data rates, low power consumption, and superior communication range. It also offers a number of features such as frequency hopping, encryption, low-power sleep mode, and high-sensitivity receivers. This combination of features makes it suitable for a wide variety of communication and sensor network applications.

The AX-SF10-ANT21-868-B1 transceiver module is a reliable, effective, and economical solution for long-range wireless communication. It is highly integrated and offers low power consumption, long range, and high data rates. It is capable of providing reliable communication over a wide range of applications and offers superior features such as frequency hopping and encryption.

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