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Home >>  Transmitters / Remote Controls >>  Transmitter Modules >>  3000M Long Range 400mW High Power 4CH RF Wireless Transmitter Module TB-05

3000M Long Range 400mW High Power 4CH RF Wireless Transmitter Module TB-05


Price: US $22.00

  • Model: 0021038 (TB-05)

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 Manual

Feature:

  • Model No.: 0021038 (TB-05)
  • Dimensions: 49mm x 31mm x 8mm
  • Working Voltage: DC 6~9V
  • Working Current: 100~250mA
  • RF Sensitivity: -107dBm
  • Transmitting Distance: 3000m / 9000ft (in open field)
  • Transmitting Power: 26dBm (400mW)
  • Modulation Method: Amplitude modulation (ASK or OOK)
  • Encoding Mode: Fixed code by Soldering
  • Working Temperature: -20°C ~ +70°C
  • Frequency: 433.92 MHz
  • Oscillation resistor / Timing resistor: We can offer 1.2M, 1.5M, 1.8M, 2.2M, 3.3M or 4.7M, you can choose one.
  • Reliable Control: Use an 8-bit code (Encoding).
  • Stable performance; using SAW (surface acoustic wave) to stabilize frequency
  • Wide working voltage range, large transmitting power and long transmission distance

Application:

  • Used for wireless calling system, burglar alarm, wireless data transmission, auto data collection system and so on.
    Applied with our receivers

Notes:

  • The transmitting frequency, encoding mode and timing resister should be compatible with the receiver.
    It is best to use the antenna of 1/4 wavelength, for antenna has a great impact on receiving effect of the module; normally using 50Ω single core cable. For frequency 433MHz, the length of antenna is about 17cm.
    The position of antenna also affects the receiving effect of the module. When installing the antenna should be extended as much as possible and be away from the shield and the place in high pressure and interference

Introduction of pin:

Pin

Function

D0

data pin

D1

data pin

D2

data pin

D3

data pin

+9V

positive power supply

GND

negative power supply

ANT

antenna

Operation:

  • Firstly, connect the positive of power to the pin of +9V and negative of power to GND. In the meanwhile, connect any one data pin of D0 ~ D3 to the pin of +9V. Then it will transmit the corresponding signal.
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