Receiver module
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- Product Model: RX480-E4
- Working Voltage : DC3.3~5V
- Quiescent Current : ≤5mA
- Working Frequency: 433MHz( Others can be customized )
- Receive Sensitivity: -108dB
- Receive Distance: 150M ( open space)
- Frequency band: ±0.2MHz
- Working mode: inching, self-locking, interlocking
- The output: 4 channel CMOS level signal Corresponding to the remote control ABCD 4 buttons.
- Working Temperature : -25~75
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GND : groud or negative pole
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+V : DC3.3~5V input
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D0: Data output
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D1: Data output
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D2: Data output
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D3: Data output
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VT: Output
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Operation
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- Deleting exist data : Press 8 times learning code button, LED flashes 7 times, cleared OK.
- Learning remote code : pressing learning key for once, LED turn on , enter into learning mode , then press any button of remote control signaling three times by LED indicator informs about learning remote successfully .
- Test : after the above operation , the receiver board can be controlled by the remote control .
Transmitter module
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- Transmitting power: 11dbm
- Distance: 200M
- Emission current: 10MA
- Standby current: less than 3UA
- Rate of fire: maximum 10KB / S
- Transmit deviation: +/- 7. 5KHZ / narrow-band emission
- Modulation: ASK
- Operating Voltage: DC 3V-24V
- Customizable special code: MCU type.Optional fixed encoding type: PT2262 / EV1527 / HT6P20B
- Key data: A, B, C, D groups of 4 inputs can be combined into 15 groups.Standby current: <3UA
- Each module has a unique ID address code.
- All modules K1-K4 four key code is the same.
– : Negative power supply
+: Positive power supply, DC 3-24V
K1: External input keys, short to ground start transmitting data to 1, the A button on the remote control.
K2: External input keys, short to ground 2 start transmitting data, the equivalent of the remote control B button.
K3: External input keys, short to ground start transmitting data 3, the equivalent of the C key on the remote control.
K4: External input keys, short to ground 4 start transmitting data, the equivalent of the remote control D keys.
ANT: transmitting antenna
A typical application circuit is shown below

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