FG9023 RF/IF and RFID |
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Allicdata Part #: | 994-1017-ND |
Manufacturer Part#: |
FG9023 |
Price: | $ 57.81 |
Product Category: | RF/IF and RFID |
Manufacturer: | Laird Technologies IAS |
Short Description: | ANTENNA 5DB 902-928MHZ |
More Detail: | 915MHz Whip, Straight RF Antenna 902MHz ~ 928MHz ... |
DataSheet: | FG9023 Datasheet/PDF |
Quantity: | 468 |
1 +: | $ 52.54830 |
10 +: | $ 49.26290 |
25 +: | $ 46.96400 |
100 +: | $ 44.33660 |
Return Loss: | -- |
Applications: | -- |
Height (Max): | 23.375" (593.73mm) |
Mounting Type: | Bracket Mount |
Ingress Protection: | -- |
Termination: | Connector, N Female |
Features: | -- |
Power - Max: | 200W |
Gain: | 3dBd |
Series: | -- |
VSWR: | 2 |
Number of Bands: | 1 |
Antenna Type: | Whip, Straight |
Frequency Range: | 902MHz ~ 928MHz |
Frequency (Center/Band): | 915MHz |
Frequency Group: | UHF (300 MHz ~ 1 GHz) |
Part Status: | Active |
Packaging: | Bulk |
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 FG9023 is a low-cost, highly efficient, ultra-wideband (UWB) antenna. It can be used in a variety of applications, such as commercial and consumer radio applications, military communication systems, and any other RF applications requiring long-range signal coverage. The FG9023 features small size, light weight, high efficiency, and low power consumption.
The working principle of the FG9023 antenna is based on its high-gain, compact, and low-profile design. Its design reflects a combination of modern engineering methods and long-standing engineering experience. The FG9023 utilizes a frequency-selective surface (FSS) to reduce frequency crosstalk between adjacent elements and to improve its radiation pattern. This FSS is composed of a composite material made of a metal mesh and conductive dielectric material, which together act as a medium for the antennas. This combination of materials maximizes the antenna\'s gain and directivity while minimizing interference.
The FG9023 can be used in a variety of RF applications such as point-to-point communication systems, amateur radio systems, and wireless sensor networks. In these applications, it can provide extended coverage and increased system performance. The antenna has a wide frequency range, which makes it suitable for multiple applications. The antenna features a low radiation angle, which means it is suitable for long-range communication. The antenna also supports multiple data rates, which allows the user to maximize their transmission performance.
Additionally, the antenna can be used in more specialized applications, such as aerospace systems. The FG9023 supports multiple frequency bands, which means it can be used in multiple aerospace systems, including avionics systems, navigation systems, and satellite positioning systems. By utilizing a frequency selectivity surface, the antenna can detect and receive aerial signals across a variety of distances, allowing aircraft to remain in communication with ground stations, even in remote locations.
The FG9023 is also highly suitable for medical systems, such as body area networks and biomedical implants. These systems require highly efficient antennas, as signal losses due to attenuation can cause failure of the system. The FG9023 provides wideband coverage and high performance, which enables a low-cost implementation of these medical systems.
Additionally, the FG9023 can be used in a variety of remote access systems, such as cellular and wireless networks. The antenna provides long-range coverage and extended data rates, making it suitable for a variety of remote access applications. By providing wideband coverage and multiple data rates, the antenna is tailored to provide improved accessibility for users. Additionally, the antenna\'s high performance and signal strength mean that it can be deployed in remote areas with limited cell signal coverage.
The FG9023 is a highly efficient, ultra-wideband antenna that can be used in a variety of RF applications. Its frequency-selective surface allows it to reduce crosstalk between adjacent elements and improve its total radiation pattern. This makes it suitable for point-to-point communication systems, aerospace systems, medical systems, and cellular and wireless networks.
The specific data is subject to PDF, and the above content is for reference
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