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TX2609-AJS-32CH-DPA
Model:TX2609-AJS-32CH-DPA is a satellite navigation anti-jamming terminal designed for industrial user needs.It supports BDS-Bli,GPS-L1 and GAL-E1 frequencies,featuring anti-suppression jamming capability (maximum 31 jammers)and anti-spoofing capability.Internally integrated with an antenna array,anti-jamming components,and a satellite navigation receiver,it serves reliable navigation fields such as UAVs (Unmanned Aerial Vehicles)and unmanned vehicles.It protects user terminals from various unintentional interferences and malicious attacks, significantly improving the security of PNT information.
Adopts J30J-15ZK connector. Pin definitions are as follows:
Pin No. | Pin Name | Direction | Level | Remarks |
1~5 | Positive Pole | Power Input | 12~34V | Recommended 28V3A |
6~10 | Negative Pole | Power Input | ||
11 | TXD0 | Output | TTL | Anti-jamming Serial Port |
12 | RXD0 | Input | TTL | |
13 | RXD1 | Input | TTL | Receiver Serial Port |
14 | TXD1 | Output | TTL | |
15 | GND | -- | -- |
1) Anti-jamming signal output interface adopts SMA connector with one-wire communication
mode.
2) Output signal level: -70~-60 dBm.
390x390x54mm
 |  |  |  |
≤8000g
Light Grey
1.Operating Temperature:
-40℃～+70℃
2. Storage Temperature:
-55℃～+85℃
3. Relative Humidity:
Temperature: 40°C; Humidity: 96%
4. Rain Resistance:
Meet the rain test requirements of GJB150A
1. Timing security in power, communication, financial and other industries.
2. 2. Navigation security for UAVs, unmanned vehicles, unmanned ships, etc.
3. Fleet defense navigation security. 4. High-end logistics navigation security.
1. The electrical signal connection between the product and the platform carrier is realized through
low-frequency data mode.
2. This product has a built-in locator, which can replace conventional positioning terminals and
antennas. Schematic diagram is as follows:
3. In RF signal access mode, this product replaces the conventional active antenna. When connecting via the product's RF interface, ensure that the access party's interface does not provide power exceeding 5V to the product to avoid potential power conflicts or damage. Schematic diagram is as follows:
4. When connecting to a computer using a USB-to-TTL tool, do not hot-swap the USB to
prevent serial port damage.
1. Fixed
Install and fix by yourself.
2. Power Supply
Use XT30 male connector. Power supply voltage: 12-34 V (maximum not exceeding 34 V),
recommended 28 V3A.
3. Positioning Data Connection
1) Connect the DuPont wire TTL serial port of this product to the GNSS serial port of the flight control.
Use the supporting data cable provided with the product to connect to the GNSS serial port of the flight control. Connect the end of the data cable labeled "TX" to the RX interface of the flight control, the end labeled "RX" to the TX interface of the flight control, and the end labeled "GND" to the GND interface of the flight control.
2）Use an SMA connection cable to connect the RF port of the product to the antenna port of the
UAV locator.
Note: Either the serial port or the RF port can be selected.
This product uses the ublox M10 receiver by default, and can output NMEA 0183 ASCII protocol or ublox protocol.
This product aims to enhance the security of satellite navigation. Please comply with relevant laws and regulations during use. The manufacturer is not responsible for any illegal activities conducted using this product.
