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超音波モジュールHC-SR04 Kingduino

超音波モジュールHC-SR04 Kingduino

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AU$4.08
ステータス:
在庫切れ!
重量:
14 g
SKU:
387000005
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コウモリやイルカは同じよう - HC-SR04超音波センサは、対象物までの距離を決定するためにソナーを使用しています。

このモジュールは、使いやすいパッケージに優れた範囲の精度と安定した測定値を提供しています。この操作は(布のような音響的に柔らかい素材を検出することが困難であってもよい)、太陽光や黒色材料の影響を受けません。 SRF005のが、シャープ赤外線センサの低価格で性能の面で似ています。

あなたの次のロボットやマルチコプターのプロジェクトの衝突回避のためのパーフェクト!


スペック:
電源:5V DC
消費電流:<2ミリアンペア
効果的な角度:<15°
測距距離さ:2cm - 500センチメートル/ 1 " - 16フィート
分解能:0.3センチメートル
縦x幅x高さ:45×20×15ミリメートル
重量:8.5グラム

含まれています:
超音波モジュール
1×終了リボンケーブル200ミリメートル

*注:これはオリジナルのArduinoのブランドの製品ではありません。

  • 単位 387000005
  • Brand -
  • 容量(mAh ) -
  • 重量(g ) 14.00
  • 長さ 50.00
  • Width 20.00
  • 高さ 50.00
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This little sensor is Not compatible with the APM series of autopilots (yet).
There have being made a few attempts to make it work with APM but it does not worth the effort.
If you are looking for an APM sonar sensor try something else.

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This little sensor is Not compatible with the APM series of autopilots (yet).
There have being made a few attempts to make it work with APM but it does not worth the effort.
If you are looking for an APM sonar sensor try something else.

I've found the schema: http://uglyduck.ath.cx/ep/archive/2014/01/Making_a_better_HC_SR04_Echo_Locator.html
I've checked my own HC-SR04. The schema is right. But the chip MAX232 is not working correctly. Normally, the transmitter MK2 would be driven by /-10V and mine is 0/ 5V, the MAX232 doesn't oscillate and doesn't generate high voltages.

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I've found the schema: http://uglyduck.ath.cx/ep/archive/2014/01/Making_a_better_HC_SR04_Echo_Locator.html
I've checked my own HC-SR04. The schema is right. But the chip MAX232 is not working correctly. Normally, the transmitter MK2 would be driven by /-10V and mine is 0/ 5V, the MAX232 doesn't oscillate and doesn't generate high voltages.

Works as it should with and Arduino. A quick google of HC-SR04 and you can find the library, examples and all you need to use it.

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Works as it should with and Arduino. A quick google of HC-SR04 and you can find the library, examples and all you need to use it.

Although I have not yet incorporated this sensor into my Multiwii quadcopter, I have been able to find lots of Arduino code online so far. All I really have to do now is figure out which pins to use. Device looks nice and sturdy for what it is.

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Although I have not yet incorporated this sensor into my Multiwii quadcopter, I have been able to find lots of Arduino code online so far. All I really have to do now is figure out which pins to use. Device looks nice and sturdy for what it is.

This product is very cheap comparing with other sites but it's less accuracy. honestly, I didn't try the original product to compare between them.

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This product is very cheap comparing with other sites but it's less accuracy. honestly, I didn't try the original product to compare between them.

Fairly accurate, will need to search google for an arduino library called "NewPing" in order for it to work properly

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Fairly accurate, will need to search google for an arduino library called "NewPing" in order for it to work properly

Just make sure to setup the range to 200 otherwise you will have alt. jumps

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Just make sure to setup the range to 200 otherwise you will have alt. jumps

This module can be found on other site for upwards of $15.. Good onya HK for keeping the prices real!

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This module can be found on other site for upwards of $15.. Good onya HK for keeping the prices real!

First time buying Arduino from HK. Connected it to my breadboard and had it working within minutes using a sample sketch. Search for Ultrasonic SR04 and a bunch of examples come up. Had to make sure it was a sketch for the 4 pin version, and not 3.

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First time buying Arduino from HK. Connected it to my breadboard and had it working within minutes using a sample sketch. Search for Ultrasonic SR04 and a bunch of examples come up. Had to make sure it was a sketch for the 4 pin version, and not 3.

I connected the sensor up to an Arduino Nano used the Newping library and example code and it worked very well giving reasonably accurate measurements ( within 5-10pcnt ) from 1 inch to about 60ins ( my ceiling ). I plan to use for collision avoidance in a small wheeled robot and am even thinking of using for water level detection in our 5000 gallon rainwater tank. Very good value.

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I connected the sensor up to an Arduino Nano used the Newping library and example code and it worked very well giving reasonably accurate measurements ( within 5-10pcnt ) from 1 inch to about 60ins ( my ceiling ). I plan to use for collision avoidance in a small wheeled robot and am even thinking of using for water level detection in our 5000 gallon rainwater tank. Very good value.

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Customer files
Manual - Ultrasonic Module HC-SR04 Download [35]
Modulo HC-SR04 em Portugues Download [112]
Arduino code for reading distance Download [1]
Description of how module works Download [79]
SONAR on KK2 Download [366]
KK2 upgrade with sonar Download [742]
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