Millimeter wave sensor is an ultra-high sensitivity receiving system, which uses the difference of millimeter wave radiation characteristics of the object itself to detect and identify the target. It has the advantages of wide frequency band, small size, low power consumption and easy integration, so it has great advantages in small size and high integration application platforms such as missile-borne and multi-channel imaging. It can be used for terminal sensitive submunitions to detect and identify armored targets on the ground.
This sensor is optimized for applications requiring precise detection capabilities in harsh environments. Its high sensitivity enables it to detect subtle variations in millimeter-wave signals, 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 weak 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 suitable for advanced detection systems that require reliable target identification. It performs particularly well in applications involving compact, highly integrated platforms.
| Product Name | Main Technical Parameters |
|---|---|
| Working Frequency Band |
8 mm waveband |
| Overload Capacity |
>10000 g |
| Sensitivity | <5 K |
This millimeter-wave sensor is designed for systems that require high-sensitivity detection and identification capabilities.
It is used to drive and control the angular deflection of control surfaces in guidance and control systems.
The actuator maintains stable output at a rated torque of 10 Nm and consistent speed performance under load conditions.
Low zero-point error and stable steady-state performance ensure precise and repeatable actuation.
