EVB71102B-433-FSK-C

Series:	--
Part Status:	Obsolete
Type:	Receiver, ASK/FSK
Frequency:	433MHz
For Use With/Related Products:	TH71102
Supplied Contents:	Board(s)

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Introduction to EVB71102B-433-FSK-C

EVB71102B-433-FSK-C is an evaluation and development kit that can be used to evaluate and develop solutions for RF applications. It is an advanced 2.4GHz radio system using Frequency Shift Keying (FSK). This development kit comes with an expandable transceiver card, two antenna modules, an evaluation board with a test point module.

Application Field

EVB71102B-433-FSK-C can be used in a wide range of applications such as building automation, home security systems, temperature monitoring, and short-range wireless communication. It is also suitable for small-scale wireless sensor networks, remote control systems, industrial automation, and automotive applications.

Working Principle

The EVB71102B-433-FSK-C works on the principle of FSK, which is a line coding scheme that uses a periodic change between two discrete frequencies to represent binary information. The two frequencies used in FSK are called the mark and the space frequency. The mark frequency is a logic 1, while the space frequency is a logic 0.The transceiver card in the EVB71102B-433-FSK-C consists of a radio module that is responsible for receiving signals from an external source as well as transmitting signals. The radio module is connected to two antenna modules that are used to send and receive radio signals. The evaluation board is responsible for providing the required input and output voltage levels, as well as powers the voltage regulator module. Finally, the test point module is used to measure the performance of the transceiver radio system.

Conclusion

In conclusion, EVB71102B-433-FSK-C is an evaluation and development kit that can be used to evaluate and develop solutions for RF applications. It is an advanced 2.4GHz radio system using Frequency Shift Keying (FSK) and can be used in a wide range of applications such as building automation, home security systems, temperature monitoring, and short-range wireless communication. The working principle of EVB71102B-433-FSK-C is based on the principle of FSK, which is a line coding scheme that uses a periodic change between two discrete frequencies to represent binary information.

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