79GHz Door Open Warning System
Introduction
77GHz microwave technology, detect the obstacles outside the door
Function
● Configure with 1~4 radar sensor
● Height of obstacles detectable
● Applied to automatic door
Application
Intelligent collision avoidance by obstacles of the curb, railing, metal, wall, people, car etc.
Specification
Object update rate | 50ms |
Number of antennas | 4T4R |
Transmit power | ≤20dBm |
Detection range | Min. 0.1m Max. ≥8.5m |
Angle | H: -75°~+75° V: -60°~+60° |
Angle measurement accuracy | 1° |
Angular resolution | 14° |
Accuracy | 1cm |
Resolution | 0.067m |
Working current @12V | ≤200mA |
Protection grade | IP6K7+IP6K9 |
Static operating current | 35uA |
Working temp. | -40℃~85℃ |
Weight | 38g |
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Q: What is the 79GHz Door Open Warning System?
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A: The 79GHz Door Open Warning System is an advanced safety system designed to detect nearby objects when a vehicle door is opened, helping to prevent collisions with pedestrians, cyclists, or other vehicles.
Q: How accurate is the detection range of this system?
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A: The system offers a detection range accuracy of less than 1cm, ensuring precise detection of nearby objects. This high level of accuracy enhances the system’s reliability in preventing accidents.
Q: What is the detection range resolution?
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A: The detection range resolution is less than 0.06 meters, which allows the system to detect even small objects in close proximity to the vehicle. This precise detection helps in identifying potential hazards when opening the door.
Q: How large is the blind area of the system?
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A: The system has a maximum blind area of ≤ 0.1 meters, which means it effectively minimizes areas where objects may not be detected. This ensures comprehensive coverage around the vehicle door.
Q: How fast does the system update the detection target?
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A: The system features a 50ms target update rate, allowing it to quickly detect and respond to changes in the environment. This rapid update rate is crucial for real-time warnings and ensures immediate response to potential hazards.