ENW-C9A21A1EF

RF Transceiver Modules are commonly used in the design of wireless communication systems, providing a combination of transmission and receiving capabilities on a single integrated circuit. The ENW-C9A21A1EF is a type of RF Transceiver Module, and it combines a radio frequency (RF) transceiver, baseband processor, signal detector, and a power amplifier into a single module. The module is designed to operate in the 900MHz ISM band, but can be modified to use other frequencies.

The ENW-C9A121A1EF has a wide range of applications. It can be used for point-to-point wireless communication systems, such as remote control systems and remote sensor networks. It can also be used in distributed audio, video, and data networks, providing a connection between clients and servers. In addition, it supports mobile applications such as portable musical instruments, and can be integrated into larger systems such as cell phones and wireless gaming systems.

The main working principle of the ENW-C9A121A1EF is to receive RF signals from the air, decode them into digital bits, and then send them to the baseband processor. The processor then decodes the transmitted data frame, before sending the digital data to the destination. The module is also capable of transmitting data, using the same process, but in reverse order. The module operates at a peak power of up to 2.5 W and supports a range of data rates and modulation formats. It uses FSK, PSK, and QPSK modulation methods, and can support up to 8 instruments placed in a single network.

The ENW-C9A121A1EF is a versatile RF Transceiver Module that can be used in a wide variety of applications. It can easily be configured to support different frequencies and data rates, allowing it to be used in a variety of wireless communication systems. With its low power consumption, high performance processor, and high RF signal sensitivity, the module offers great value for money and is an ideal choice for any wireless system designer.