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πŸ“‘ daoki 10pcs 433mhz antenna helical spiral spring remote control kit for arduino raspberry pi - 5mm compatibility and enhanced signal range logo

πŸ“‘ DAOKI 10pcs 433MHz Antenna Helical Spiral Spring Remote Control Kit for Arduino Raspberry Pi - 5mm Compatibility and Enhanced Signal Range Review

6

Β·

Very good

Revainrating 4.5 out of 5Β Β 
RatingΒ 
4.5
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Description of πŸ“‘ DAOKI 10pcs 433MHz Antenna Helical Spiral Spring Remote Control Kit for Arduino Raspberry Pi - 5mm Compatibility and Enhanced Signal Range

Frequency range (MHz): 433MHz+ / -6MHz. Gain (dBi): 2.2. Input impedance (OHM): 50. Max-power (dBm): 30. Diameter: 5 mm.

Reviews

Global ratings 6
  • 5
    3
  • 4
    3
  • 3
    0
  • 2
    0
  • 1
    0

Type of review

Revainrating 5 out of 5

Better than what I wanted to make

Wanted to make an antenna for a project I was working on but decided to order this. Worked great and now I have a few for future endeavors.

Pros
  • Diameter: 5mm
Cons
  • Will not fit all

Revainrating 4 out of 5

Worked well on a 433MHz transmitter module

Worked well on a 433MHz transmitter module, but hardly on a 433MHz receiver module (a few feet at best). Attaching a short wire (about 6 inches) to the tip of the helix on the receiver greatly increased the range.

Pros
  • Input Impedance (Ohms): 50
Cons
  • Type 90

Revainrating 4 out of 5

Nice but not sure if it will work

I've read that 433MHz RF needs to be wrapped like this to optimize signal reception. I haven't noticed any signal gain when using them on the transmitter or receiver, but I think since this is the correct way to TX/RX it must be the modules.

Pros
  • Frequency range (MHz): 433MHz +/- 6MHz
Cons
  • Weak rate

Revainrating 5 out of 5

1000% performance for accessories and consumables

These little bugs, although not designed to work together, were arranged in a star pattern and soldered center and line to the weather station , for which it should receive data. I was working at 1000%, now I get all the sensor data with almost no lag. Excellent goods.

Pros
  • Maximum performance (dBm): 30
Cons
  • A newer model could have been chosen

Revainrating 4 out of 5

Nice but not sure if it will work

I've read that 433MHz RF should be wrapped like this to optimize signal reception. I haven't noticed any signal gain when using them on the transmitter or receiver, but I think since this is the correct way to TX/RX it must be the modules.

Pros
  • Electronics
Cons
  • Only available in black

Revainrating 5 out of 5

1000% Performance

These little bugs, although not meant to work together, were arranged in a star shape and soldered at their center and lined up at the weather station for which they were to receive data. I was working at 1000%, now I get all sensor data with almost no lag. Excellent goods.

Pros
  • Accessories and Consumables
Cons
  • So far, so good