SKY13350-385LF-EVB

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RF Evaluation and Development Kits, Boards constitutes a wide category of electronic equipment, designed for evaluation and development of a range of products, from digital circuits to wireless transmission systems. SKY13350-385LF-EVB is an evaluation board for SKY13350 Femtocell Front-end Module, which is designed to enable the quick and easy evaluation and test of the Femtocell in 2G./2.5G/3G frequency bands. It provides platforms and solutions for developing and prototyping wide range of products, such as transreceivers and devices for wireless communication.

SKY13350-385LF-EVB is an integrated test and measure equipment, providing essential parameters such as gain, return loss, matching, channel-to-channel isolation, ESD, IP3, dynamic range and group delay. It is a low power consuming and power efficient solution for various applications, in both prototype design and production. The design enables measurements at wide dynamic range and has been verified for a range of applications. It offers a full set of design power and RF modules, featuring power amplifier, transmit/receive switch, RF modules, and low noise amplifier.

The applications of SKY13350-385LF-EVB include infrastructure and consumer equipment, radio base stations, femtocells, physical layer baseband signaling, IEEE802.11 WLAN, GPS, and Bluetooth. It is a major test and measurement solution for femtocell developers, allowing them to quickly and easily evaluate and test the femtocell in 2G./2.5G/3G frequency bands. It leverages highly advanced technologies such as multi-band link measurement, dynamic range performance, ESD protection, and high IP3. Furthermore, it can be used to measure the frequency response, gain, and return loss within designed frequency range.

Working principle of SKY13350-385LF-EVB involves the use of five main modules – the transmit/receive switch, RF module, power amplifier, LNA and switch. The transceiver operating in the 2G./2.5G/3G frequency bands is at the center of this system. Its input is from a radio signal source, such as a personal computer, and its outputs are connected to an antenna. The transceiver is then connected to the transmit/receive switch, which controls whether the signal is sent out or received from the antenna. The signal is then routed to a RF module, which works as a low-frequency amplifier and signal conditioning. The RF signal is then routed to the power amplifier and the switch, which amplifies the signal and then sends it back to the antenna to be transmitted. The LNA amplifies the signal further before it is sent to the RF transceiver and finally routed back to the PC.

SKY13350-385LF-EVB is ideal for analyzing and testing a wide range of RF transceivers and devices. It is a powerful solution for prototyping projects, with the ability to measure a variety of parameters at wide dynamic range. It offers easy setup and low cost, taking advantage of advanced technologies such asmulti-band link measurement, dynamic range performance, ESD protection, and high IP3. This makes it an indispensable tool for RF systems and femtocell development.

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