The MS46LR-30-350-Q1-10X-10R-NO-FN belongs to the category of automotive radar sensors.
The detailed pin configuration of the MS46LR-30-350-Q1-10X-10R-NO-FN is as follows: 1. VCC 2. GND 3. IF Output 4. Control Input 5. Enable Input 6. Temperature Sensor
Advantages: - Long detection range - High accuracy - Robust performance in various weather conditions
Disadvantages: - Higher power consumption compared to shorter-range sensors - Initial cost may be higher than some alternatives
The MS46LR-30-350-Q1-10X-10R-NO-FN operates based on the principles of frequency-modulated continuous-wave (FMCW) radar, emitting and receiving radio waves to detect and track objects in its field of view. The sensor processes the received signals to determine the distance, speed, and direction of detected objects, providing valuable data for vehicle control systems.
The MS46LR-30-350-Q1-10X-10R-NO-FN is ideally suited for integration into advanced driver assistance systems in modern vehicles. Its long-range detection capabilities make it particularly valuable for highway driving, autonomous parking, and collision avoidance applications.
This completes the entry for the MS46LR-30-350-Q1-10X-10R-NO-FN in the English editing encyclopedia format.
What is the application of MS46LR-30-350-Q1-10X-10R-NO-FN?
What are the key features of MS46LR-30-350-Q1-10X-10R-NO-FN?
How does MS46LR-30-350-Q1-10X-10R-NO-FN contribute to technical solutions?
What are the typical industries that use MS46LR-30-350-Q1-10X-10R-NO-FN?
Can MS46LR-30-350-Q1-10X-10R-NO-FN be integrated with PLCs or other control systems?
What are the environmental considerations for using MS46LR-30-350-Q1-10X-10R-NO-FN?
Are there any special mounting requirements for MS46LR-30-350-Q1-10X-10R-NO-FN?
What are the maintenance considerations for MS46LR-30-350-Q1-10X-10R-NO-FN?
Can MS46LR-30-350-Q1-10X-10R-NO-FN be used in safety-critical applications?
Where can I find technical support and documentation for MS46LR-30-350-Q1-10X-10R-NO-FN?