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2.4GHz TS24A Low Power Radio Module

☆☆☆☆☆ ( 0 rates ) 578
Price : Call

Code: #13282

Supplier: Nomura Engineering Co, LTD

Low Power Radio Module can be used for smart metering, a range of IoT connected devices, and with wireless sensor networks applications.

rightMORE INFORMATION

  • - Double certifiation of ARIB STD T-66(66 mode) and RCR STD-33(33 mode)
    - Already certified
    - 66 mode: 2401MHz~2482MHz、33 mode: 2485MHz~2496MHz
    - Built-in chip antenna and external antenna
    - Data rate: 250kbps。(Max.1Mbps)
    - Communication interface : start-stop synchronization serial (19200bps) and SPI(250kbps,1Mbps)
    - Power supply: operate at 2.1V, support 3V system
    - Compact, low power supply, low comsumption current, low cost
    - Multi-channgel access: support parallel operation in one area
    - Application Board
     • TS24-4swTXBD
     • TS24-4swRXBD
     • TS24-DEVBD
    - Firmware such as sensor network system is available.
    - Firmware is not rewritable.
    Please contact us for firmware customization.

  • - ARIB STD T-66 mode :2401MHz~2482MHz / 82ch in total
    - RCR STD-33 mode :2485MHz~2496MHz /frequency hopping 1ch
    - Oscillation method : Synthesizer method controlled by crystal oscillation
    - Modulation system : GFSK
    - Data rate (radio section) : 250kbps (1Mbps possible)
    - I/F serial data communication (start-stop synchronization/SPI )
    - Power supply : 2.1V~3.6V ※no protection against reverse connection
    - Consumption current :
     • Stand-by:below 5μA
     • RF shutdown:1mA
     • Transmitting:14mA
     • Receiving:18mA
    - Antenna: Built-in chip antenna or external antenna
    - Operating temperature : -10℃~+60℃ (non condensing)
    - Stock temperature : -30℃~+80℃ (non condensing)
    - Size : 27×25×3 mm(excl. projecting parts)
    - Weight 3g (build-in chip antenna) / 20g (external antenna)
    - Attachment:12 pin header (SMT or DIP type selectable)
    - Transmitter
     • RF power : 1mW +10/-30%
     • Frequency deviation : less than ±30ppm
    - Receiver
     • Receiving sensitivity : less than -93dBm @0.1% BER(250kbps)
     • Receiving system: double super-heterodyne

 
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