SKY65313-11

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

SKY65313-11 is a RF front end module (LNA + PA) that can be used in multiple application fields. This module is designed to increase power delivered to a specified device and reduce the power consumption of the system. It improves the performance of the system by providing a strong transmitted signal and low levels of noise at the receiver.

The SKY65313-11 features a Low Noise Amplifier (LNA) and Power Amplifier (PA). The LNA is designed to provide high sensitivity and low noise figure for the receiver. It is able to amplify weak signals from the receiver and reduce the noise at the same time. The PA provides high power for the transmitter. This ensures that enough power is delivered to the device and keeps power consumption low.

The working principle of the SKY65313-11 RF front end module can be explained in two stages: Low Noise Amplification and Power Amplification. First, the LNA amplifies a small signal and reduces the noise simultaneously. This amplifies the weak signal while keeping noise low, resulting in a strong signal with low noise levels. The PA then amplifies the amplified signal to the desired power level. This ensures that enough power is delivered to the device and keeps power consumption low.

The SKY65313-11 is a versatile RF front end module (LNA + PA) and can be used for a wide range of applications. It is suitable for cellular and WLAN communication systems as it is capable of increasing the received signal strength and reducing interior system noise. It is also useful for satellite communication systems as it offers high linearity and low distortion. Moreover, the SKY65313-11 is applicable to radar and military communication systems; it ensures signal quality and provides high fidelity performance.

In summary, the SKY65313-11 can be classified as an RF Front End (LNA + PA) module. It is designed to increase power delivered to a specified device and reduce the power consumption of the system. It operates using the principle of Low Noise Amplification and Power Amplification, which allows it to amplify weak signals and reduce noise at the same time. This module is suitable for multiple applications including cellular and WLAN communication systems, satellite communication systems, radar and military communication systems.

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