FMCW ranging radar products have non-contact/all-weather detection, suitable for harsh environments, strong anti-interference ability, low output power, safety and environmental protection, long detection range, high ranging accuracy, large sensing angle, wide ranging range, etc
FMCW ranging radar
1FMCW ranging radardefinition
The transmission signal of continuous wave radar can be single frequency continuous wave (CW) or frequency modulated continuous wave (FMCW), and there are also various frequency modulation methods, such as triangular wave, sawtooth wave, coding modulation, or noise frequency modulation. Single frequency continuous wave radar can only be used for speed measurement and cannot measure distance, while FMCW radar can measure both distance and speed, and its advantages in close range measurement are becoming increasingly apparent.
IIFMCW ranging radarProduct Features
1. Non contact/all-weather detection
2. Not affected by temperature, humidity, noise, airflow, dust, light, etc., suitable for harsh environments
3. Strong anti-interference ability
4. Low output power, safe and environmentally friendly
5. Long detection distance and high ranging accuracy
6. Large sensing angle and wide range of distance measurement
IIIFMCW ranging radarparameter
Variable parameter indicators
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Numerical Value
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Transmitting power
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30dBm
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antenna gain
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14dBm
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Target radar cross-section
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1 m²
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pulse length
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1 µs
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pulse count
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1024
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Receiver noise factor
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5 dB
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Detection threshold
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15 dB
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Maximum detection distance
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100m
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Doppler velocity resolution
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2.1m/s
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4FMCW ranging radarApplication scenarios
FMCW ranging radarWith its advantages of high precision, high resolution, and strong anti-interference ability, it has a wide range of applications in various fields.
1. Automotive autonomous driving: FMCW radar can be used to detect obstacles ahead, achieve automatic braking, lane keeping and other functions, and improve driving safety and comfort.
2. Drone obstacle avoidance: By detecting surrounding obstacles, FMCW radar can achieve safe flight of drones and enhance their autonomous navigation capabilities.
3. Industrial process control: In industrial production, FMCW radar can be used to measure parameters such as material liquid level and distance, achieve automation control, and improve production efficiency.
4. Medical diagnosis: Using FMCW radar to measure parameters such as thickness and blood flow velocity of human tissue can assist doctors in disease diagnosis and improve medical standards.
5. Meteorological observation: FMCW radar can be used to detect meteorological parameters such as cloud height and precipitation, improving the accuracy of meteorological forecasting.