Menu
Your Cart
আগামী ১ মে,শুক্রবার,'মহান মে দিবস'বা আন্তর্জাতিক শ্রমিক দিবস উপলক্ষে শপ সম্পূর্ণরূপে বন্ধ থাকবে। ২ মে ২০২৬ থেকে যথারীতি নির্ধারিত সময়ে শপ সম্পূর্ণরূপে খোলা থাকবে। , |  |

MATEK DIGITAL AIRSPEED SENSOR ASPD-4525

MATEK DIGITAL AIRSPEED SENSOR ASPD-4525
7,100৳
8,500৳
Ex Tax: 7,100৳
MATEK DIGITAL AIRSPEED SENSOR ASPD-4525
MATEK DIGITAL AIRSPEED SENSOR ASPD-4525
MATEK DIGITAL AIRSPEED SENSOR ASPD-4525
MATEK DIGITAL AIRSPEED SENSOR ASPD-4525
MATEK DIGITAL AIRSPEED SENSOR ASPD-4525
-16 %
MATEK DIGITAL AIRSPEED SENSOR ASPD-4525
MATEK DIGITAL AIRSPEED SENSOR ASPD-4525
MATEK DIGITAL AIRSPEED SENSOR ASPD-4525
MATEK DIGITAL AIRSPEED SENSOR ASPD-4525
MATEK DIGITAL AIRSPEED SENSOR ASPD-4525
AIRSPEED SENSOR ASPD-4525 Specification
Product price
8,500৳
Special price
7,100৳
Product code
1458
Brand

Product model AIRSPEED SENSOR ASPD-4525
Total Reviews

Review

Write a review

Note: HTML is not translated!
Bad Good

Description

MATEK DIGITAL AIRSPEED SENSOR ASPD-4525 Support INAV Flight Control For FPV Racing / RC Airplane


Specifications

  • Board Supply voltage: 4~5.5V DC
  • Sensor: TE  4525DO-DS5AI001DP
  • Working current: 5mA
  • Output: I2C (SCL & SDA)
  • Pressure Ranges: 1 PSI (6.89kPa)
  • Maximum Pressure: 20 PSI (137.9kPa)
  • Operating Temperature: -40°C ~ 125°C
  • Accuracy: ±0.25% SPAN
  • Red LED:  power indicator
  • JST-GH sequence: 5V, SCL, SDA, GND
  • Weight: 3.5g (sensor board)

Including

  • 1x ASPD-4525 Sensor Board.
  • 1x JST-GH-4P to JST-GH-4P 20cm silicon wire
  • Pitot Tube.
  • Clear silicon tubing  40cm

Wiring

  • 5V to FC 4~5.5V
  • SCL to FC I2C_SCL
  • SDA to FC I2C_SDA
  • G to FC GND

Tips

  • You can check the airspeed reading with Mission Planner or INAV configurator. Just blow on the pitot tube or press your finger over it and observe the response. In still air oscillation between zero and small values (2-3/s) is normal.
  • The airspeed varies with the square root of the pressure, so for differential pressures near zero it varies quite a bit with very small pressure changes, while at flying speeds it takes much greater pressure changes to produce a similar change in speed.
  • If you see mostly 0~2m/s, with an occasional bounce to 3~4m/s, consider it normal. You will not see that sort of variability at flying speeds.


//