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Brand Name: | JUTAI |
Model Number: | RD24-6M |
MOQ: | Support 1-10 Pcs for Sample |
Price: | Negotiation |
Packaging Details: | 50 Pcs 1 Carton |
Payment Terms: | L/C, D/A, D/P, T/T, Western Union, Paypal, Alipay |
Key Feature
Application
Certification
Working principle
The working principle of the Microwave Radar detector is based on microwave radar technology and can be outlined in the following steps:
Microwave Emission: The system's microwave radar transmitter emits a beam of microwave signals, typically in the form of radio frequency signals.
Microwave Signal Propagation: The emitted microwave signals propagate through space and encounter obstacles in their path, such as vehicles.
Obstacle Reflection: The microwave signals interact with vehicles or other objects, causing them to be reflected back to the system.
Microwave Reception: The system's receiver captures the reflected microwave signals.
Signal Analysis: Captured microwave signals undergo analysis, allowing the system to identify characteristics such as signal strength, frequency, and other features.
Vehicle Detection: Based on the characteristics of the microwave signals, the system determines whether a vehicle is approaching. If a vehicle is detected, the system triggers corresponding actions, such as opening the barrier gate.
Control Operations: Depending on the detected vehicle conditions, the system executes predefined operations, such as automatically raising or lowering the barrier gate, thereby controlling vehicle passage.
![]() |
Brand Name: | JUTAI |
Model Number: | RD24-6M |
MOQ: | Support 1-10 Pcs for Sample |
Price: | Negotiation |
Packaging Details: | 50 Pcs 1 Carton |
Payment Terms: | L/C, D/A, D/P, T/T, Western Union, Paypal, Alipay |
Key Feature
Application
Certification
Working principle
The working principle of the Microwave Radar detector is based on microwave radar technology and can be outlined in the following steps:
Microwave Emission: The system's microwave radar transmitter emits a beam of microwave signals, typically in the form of radio frequency signals.
Microwave Signal Propagation: The emitted microwave signals propagate through space and encounter obstacles in their path, such as vehicles.
Obstacle Reflection: The microwave signals interact with vehicles or other objects, causing them to be reflected back to the system.
Microwave Reception: The system's receiver captures the reflected microwave signals.
Signal Analysis: Captured microwave signals undergo analysis, allowing the system to identify characteristics such as signal strength, frequency, and other features.
Vehicle Detection: Based on the characteristics of the microwave signals, the system determines whether a vehicle is approaching. If a vehicle is detected, the system triggers corresponding actions, such as opening the barrier gate.
Control Operations: Depending on the detected vehicle conditions, the system executes predefined operations, such as automatically raising or lowering the barrier gate, thereby controlling vehicle passage.