ANTC7EK1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The ANTC7EK1 is a RF evaluation and development kit used to conduct and test a variety of experiments relating to wireless RF technology. The kit contains an ANT7EK2 transceiver module, a BLUE820 module, a BLUE07 module, RF cables, and any necessary instruction manuals and materials. This kit allows engineers and developers to evaluate the performance of the transceiver modules for use in radios and communication systems, as well as to investigate receiver and transmitter performance in the desired applications.

The ANT7EK2 transceiver module contains a two-channel transceiver architecture with a mix of dual conversions and single conversion techniques. The module allows users to design and configure transmission of a single frequency signal while operating in a frequency-hopping mode. The channel filters in the module can be used to provide an input impedance match and reject or filter out any out-of-band interferers. The BLUE820 is an antenna with a built-in amplifier that provides up to 40dB of gain. The BLUE07 is a multi-purpose RSSI module that can be configured in two different ways. In the direct connection configuration, the module allows for transmission of a single frequency signal that is frequency hopped. In the feedback configuration, the RSSI is sampled and used to control the gain and power of the transmitted signal.

With the ANTC7EK1, engineers and developers can construct a wireless communication system complete with multiple transceiver modes, from as simplex to multiplexing, and full duplex operation. The module can be operated with a supply voltage of between 1.8 and 3.6V, and has several integrated peripherals, such as the I2C interface and the appended peripheral bus (APP bus). The module also features a low power receive and a programmable output power mode. Furthermore, the kit allows users to take advantage of the integrated RX/TX switch that can be used in either mode or a combination of the two. Additionally, the kit supports various receive and transmit modes such as Discrete Fourier Transform (DFT), linearized phase modulation (LPM) and direct digital synthesis (DDS) for both dynamic and continuous wave (CW) operation.

In addition, the ANT7EK2 transceiver module can be used to design and implement an RF transceiver system for either digital or analog modulation. The module is able to support various filters such as Butterworth, Bessel, Constant-k, and Chebyshev. Furthermore, the module contains an integrated digital controller for signal generator configuration and tracking. The BLUE820 module can be used to extend the transmission range of the transceiver module. The module amplifies signals received from the transceiver and transmits them back into the module. The BLUE07 module supports two configurations: the direct connection and the feedback configuration. In the feedback configuration, the received signal strength is sampled to control the transmitted signal power.

In conclusion, the ANTC7EK1 is a comprehensive RF evaluation and development kit that provides an extensive array of features for evaluation and development of radio and wireless communication systems. It contains an ANT7EK2 transceiver module, a BLUE820 module, a BLUE07 module, RF cables, and all necessary materials and instruction manuals. This kit enables engineers and developers to design, evaluate, and optimize wireless communication systems. Furthermore, circuits and antennas can be tested and tweaked for better performance and longer range. The integrated peripherals of the kit can be used to create complex communication systems and the modules can be configured to differing receiving and transmitting modes such as DFT, LPM, and DDS for both dynamic and continuous wave (CW) operation.

The specific data is subject to PDF, and the above content is for reference