300kHz High Accuracy Ultrasonic Distance Transducer Sensor for Robotics

   300Khz High Frequency Ultrasonic Distance Transducer For Automation Control Main applications:Used for short-distance accurate measurementsUsed for distinctions between old and new papers ,or double or single papers Features:Small in volume ,easy to assembleHigh sensitivity ,small dead zone

Featured Products

   300Khz High Frequency Ultrasonic Distance Transducer For Automation Control


 

Main applications:

  • Used for short-distance accurate measurements
  • Used for distinctions between old and new papers ,or double or single papers

 

Features:

  • Small in volume ,easy to assemble
  • High sensitivity ,small dead zone ,high bandwidth ,accurate measurements
  • long working life



 

Technical parameters:

 
ItemSpecification parameterItemSpecification parameter

Product classification
Measurement transducer medium
in

gas
Operating Temperature (ºC)
-20~+70ºC
Product model numberPH300-02Storage
temperature(ºC)
-30~+70ºC
Frequency f(kHz)300kHz±4%Protection gradeIP65
Bandwidthf±5%Housing materialPBT
Min. Receive Sensitivity (0dB=20Vp-p*50mm) amount of gain:40dB
>1.0V
Cable specificationΦ0.6*10 contact pins
Beamwidth (-3dB full angle)7°Signal interfacesoldering
Free (1kHz) Capacitance (pf)1500PF±20%Way to install 
Min.
Z(Ω)
ParallelResistance250Ω±30%Weight(g)1g
Maximum Driving Voltage: 400Vpp
(2% duty cycle tone burst)

<50V
  
NoteConstruction and size can be determined by clients.

Photo:
300kHz High Accuracy Ultrasonic Distance Transducer Sensor for Robotics

Outline Dimension:


300kHz High Accuracy Ultrasonic Distance Transducer Sensor for Robotics

Impedance Magnitude/Phase


300kHz High Accuracy Ultrasonic Distance Transducer Sensor for Robotics
 

Sensitivity Test:


300kHz High Accuracy Ultrasonic Distance Transducer Sensor for Robotics




Features of Ultrasonic Transducer:

 

1.Small size and light-weight

2. High sensitivity and high sound pressure

3.Low power consumption

4.High reliability

 


 

Application:

 

1.Position Location

2.Approach measurement

3.Traffic Measurement

4.Avoiding Obstacles

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