913-729

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

900MHz to 950MHz band is used by the U.S. and some other countries for various wireless applications, such as cellular phones, paging systems, and wireless LANs. This band is called the 913-729 application field. This frequency range is divided into five segments: high, middle, high-mid, low-mid, and low.

The 913-729 application field exhibits some unique features. First, it is one of the few frequency bands where the signal is readily accepted by the antenna. This is because of the high level of signal strength at this frequency range. Second, the 913-729 application field is considered very efficient for transmitting data, especially compared to other frequency bands. Third, this is the only frequency band that can support simultaneous transmissions on both a single-sideband and dual-sideband basis.

The working principle of the 913-729 application field is based on the spread-spectrum modulation technique. This modulation technique is used to break up the data into small packets, which are then transmitted simultaneously throughout the frequency range. The signal travels in all directions while minimizing interference. The signal is then decoded by receivers, allowing them to receive the transmitted data.

The 913-729 application field offers several advantages over other frequency bands. First, it provides maximum capacity for data transfers, making it ideal for applications such as cellular phones. Second, the signal strength is stronger at this frequency range, allowing better reception and faster data transfer rates. Third, the modulation technique used for this frequency range is more efficient, resulting in fewer errors. Last, the spread-spectrum modulation technique offers greater resistance to interference and jamming.

In conclusion, the 913-729 application field is a useful frequency band for many wireless communications applications. It enables fast data transmission and offers strong signal strength, making it an efficient choice for many wireless technologies. Additionally, the spread-spectrum modulation technique provides more resistance to interference, making it a preferred choice for communications that require high security.

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