Bộ Truyền Dữ Liệu Không Dây Cc1310Tr4 433mhz 1g

CC1310 belongs to the CC26xx and CC13xx series of devices in the cost-effective ultra-low power consumption Sub 1GHz SOC RF device. It combines the RF of the integrated controller (Cortexx-M0) and the powerful 48MHz Cortexx-M3 microcontroller, with very low power consumption and small size, suitable for long-distance operation and energy powered by small button batteries Collection application.
The CC1310-TC-008 ule provides multiple channel options, and can ify various parameters such as serial port rate, transmit power, and RF rate online. The ule can transparently transmit user data, and the user does not need to write a complicated driver. At the same time, the small size and wide voltage operation, long transmission distance, so that it can be used in a wide range of fields.
The CC1310-TC-008 ule is a new generation of multi-channel embedded wireless data transmission ule. At the same time, the CC1310-TC-008 ule provides a standard TTL interface, 4800/9600/19200/38400/115200bps five speeds, and three interface calibration Censorship.
The external interface of the CC1310-TC-008 ule adopts a transparent data transmission e, which can adapt to standard or non-standard user protocols, and the data received is the data sent. The ule also supports sensor e.
The ule adopts the serial port to set the ule parameters, and has rich and convenient software programming setting options, including frequency point, air rate, and serial port rate, check e, etc. can be set, and the user can dynamically ify it through the serial port assistant.
Application:Wireless measurement temperature
Operating Voltage:DC 1.8V-3.8V
working frequency:433MHz
Receiving sensitivity:-110dBm
Data rate:500kbps
Interface:UART
TX e:30mA
colour: blue
Material: PCB
size: 1.4x1.4x0.4cm
Package Contents:
1 * CC1310-TC-008 wireless ular
Only the above package content, other products are not included.
Note: Light shooting and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1