Millimeter-wave sensors are ultra-high-sensitivity receiving systems designed to utilize the radiation characteristics of millimeter waves for target detection and identification. By analyzing differences in the intrinsic radiation characteristics of objects, the system can accurately identify targets in complex environments.
With advantages such as wide bandwidth, compact size, low power consumption, and ease of integration, this system is particularly well-suited for highly integrated platforms where space and efficiency are critical.
This sensor is optimized for applications requiring precise detection capabilities in harsh environments. Its high sensitivity enables it to distinguish subtle differences in millimeter-wave signatures, thereby improving detection accuracy for a wide range of targets.
Its compact and lightweight design makes it suitable for platforms with extremely strict size and weight constraints, while its low-power consumption supports extended operation.
With a sensitivity of less than 5K, it can accurately detect even the slightest changes in signals.
Operates in the 8 mm waveband, supporting reliable detection across a broad frequency range.
Designed to withstand overloads exceeding 10,000g, ensuring reliability even in high-impact environments.
This millimeter-wave sensor is designed for advanced detection systems that require reliable target identification. It performs exceptionally well in applications involving compact, highly integrated platforms.
| Product Name | Millimeter Wave Sensor |
|---|---|
|
GNSS signal effective |
|
|
North finding heading accuracy |
≤2.5°/cos L,(1σ)(Lislocal latitude) |
|
Azimuth measuring accuracy |
≤0.1，1h |
|
Attitude anglemeasuring accuracy |
≤0.05，1h |
|
Speed accuracy |
≤0.03 |
|
Position accuracy |
≤2m/RTK 2cm（CEP） |
|
GNSS signal ineffective |
|
|
Azimuth holding accuracy |
≤2.5,1h |
|
Attitude angle holding accuracy |
≤0.3,1h |
|
Pure inertia position accuracy |
20m(100s),CEP |
|
Operating temperature |
-40〜+70 |
This millimeter-wave sensor is designed for systems requiring high-sensitivity detection and identification capabilities.
It detects and identifies targets by analyzing differences in the millimeter-wave radiation characteristics emitted by objects.
Its compact size, low power consumption, and ease of integration make it ideal for space-constrained systems.
With a sensitivity of less than 5K, it can detect weak signals.
