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PHA-25-20D
Piezohannas
PHA-25-20D
25KHz Custom Ultrasonic Transducer for Ultrasonic Range Finders
Specification:
Items | Technical Parameters | Image | |
Name | 25KHz ultrasonic transducer |
| |
Model | PHA-25-20D | ||
Frequency | 25KHz±5% | ||
Detection Distance | 0.8～20m | ||
Minimum Parallel lmpedance | Ω±20％ | ||
pF±20％ @1KHz | |||
Sensitivity | |||
-40～+80℃ | |||
≤3Kilos or 0.3MPa | |||
(Beamwidth)Half-power Beam Width@-3dB:10°±10%， Sharp Angle:22°±10% | |||
Housing Material | POM | ||
usage | Ultrasonic level gauge, monitoring, anti - collision, security | ||
Protection Level | IP68 | ||
Wiring Instructions | Integrated interface (3PIN,2.54mm terminal) : red positive, white negative, black shield wire; Interface (3PIN,2.0mm terminal) : white and black for temperature sensor wire (MF58); | ||
Admittance Curve | Product Structure Diagram | ||
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Ultrasonic range finders Application :
Ultrasonic range finders measure distance by emitting a pulse of ultrasonic sound that travels through the air until it hits an object. When that pulse of sound hits an object, it’s reflected off the object and travels back to the ultrasonic range finder. The ultrasonic range finder measures how long it takes the sound pulse to travel in its round trip journey from the sensor and back. It then sends a signal to the Arduino with information about how long it took for the sonic pulse to travel.
Ultrasonic range finders are fun little sensors that can measure distance. You can use them to find the distance to an object, or to detect when something is near the sensor like a motion detector. They’re ideal for projects involving navigation, object avoidance, and home security. Because they use sound to measure distance, they work just as well in the dark as they do in the light. which can measure distances from 2 cm up to 400 cm with an accuracy of ±3 mm.
25KHz Custom Ultrasonic Transducer for Ultrasonic Range Finders
Specification:
Items | Technical Parameters | Image | |
Name | 25KHz ultrasonic transducer |
| |
Model | PHA-25-20D | ||
Frequency | 25KHz±5% | ||
Detection Distance | 0.8～20m | ||
Minimum Parallel lmpedance | Ω±20％ | ||
pF±20％ @1KHz | |||
Sensitivity | |||
-40～+80℃ | |||
≤3Kilos or 0.3MPa | |||
(Beamwidth)Half-power Beam Width@-3dB:10°±10%， Sharp Angle:22°±10% | |||
Housing Material | POM | ||
usage | Ultrasonic level gauge, monitoring, anti - collision, security | ||
Protection Level | IP68 | ||
Wiring Instructions | Integrated interface (3PIN,2.54mm terminal) : red positive, white negative, black shield wire; Interface (3PIN,2.0mm terminal) : white and black for temperature sensor wire (MF58); | ||
Admittance Curve | Product Structure Diagram | ||
|
| ||
Ultrasonic range finders Application :
Ultrasonic range finders measure distance by emitting a pulse of ultrasonic sound that travels through the air until it hits an object. When that pulse of sound hits an object, it’s reflected off the object and travels back to the ultrasonic range finder. The ultrasonic range finder measures how long it takes the sound pulse to travel in its round trip journey from the sensor and back. It then sends a signal to the Arduino with information about how long it took for the sonic pulse to travel.
Ultrasonic range finders are fun little sensors that can measure distance. You can use them to find the distance to an object, or to detect when something is near the sensor like a motion detector. They’re ideal for projects involving navigation, object avoidance, and home security. Because they use sound to measure distance, they work just as well in the dark as they do in the light. which can measure distances from 2 cm up to 400 cm with an accuracy of ±3 mm.
