Radar level transmitter calibration || radar type level transmitter calibration скачать в хорошем качестве

Radar level transmitter calibration || radar type level transmitter calibration

Radar level transmitter calibration || radar type level transmitter calibration ------------------------------------------------------------------------------------------------------------------------------------------------ ▶︎ SenTec focusing on providing advanced solutions for sensing technology◀︎ ‣‣ ‪@cdsentec‬ ------------------------------------------------------------------------------------------------------------------------------------------------ This video is about about FMCW Radar level transmitter calibration. SRL630 76-81GHz FM wave FMCW radar type level transmitter (also known as millimeter wave level radar sensor), because it uses a millimeter wave band with a higher frequency than the Ku band radar, it has important applications in remote target detection, strong smoke and dust environment, remote imaging, multi spectral imaging and other aspects, and can detect targets smaller than microwave radar and achieve more accurate positioning, With higher resolution and stronger confidentiality. What is millimeter wave electromagnetic wave ? Usually, electromagnetic waves in the frequency domain of 30-300GHz (with wavelengths ranging from 1 to 10 millimeters) are called millimeter waves, which are located in the wavelength range where microwave and far-infrared waves overlap, thus possessing the characteristics of both wave spectra. The 76-81GHz band of this product is currently the least understood and developed area for human application, and has the following characteristics. *Very good transient performance: the pulse width of Electromagnetic pulse in this band can be narrowed to sub picosecond (ps), so it can be used for time resolution research on various materials and measurement of molecular structure. *There is a wide bandwidth: the pulse source in this band usually requires only a few periods of electromagnetic wave oscillation, which is close to the band of vibration and rotation energy levels of many biological macromolecules, dielectric, semiconductor, superconductor, and Molecular vibration energy levels of film materials. Therefore, this band spectrum can be an effective means of detecting material information in the millimeter wave band, which is very suitable for measuring material absorption spectrum and can be used for qualitative identification applications. *Coherence: The generation of dipole oscillations driven by coherent currents or the generation of nonlinear differential frequency effects of coherent laser pulses; *Low energy: Millimeter wave photon energy is only a few millielectron volts, which will not cause X-ray ionization and damage to the substance to be tested, so it is not easy to damage the substance to be tested. *Strong penetrability: For non-polar materials, they have strong penetrability, and many non-metallic non-polar materials have less absorption of radiation in this band. Therefore, they can be used to detect the internal structure of materials. For example, ceramics/cardboard/plastic products/foam are transparent to electromagnetic radiation in this band, and can also be used for airport/station safety monitoring, such as detecting machinery/explosives and drugs, or for circuit board welding detection. *Easy to be absorbed by polar molecules: This band has less scattering in non-uniform substances and can detect and measure water vapor content. The 78GHz band radar level transmitter used in the field of industrial measurement, high-precision, non-contact level and liquid level measurement has unparalleled advantages compared to other ordinary microwave pulse radars level sensor and guided wave radar level transmitter gwr. Its extremely narrow beam and penetration ability make it more suitable for ultra complex working conditions without compromising measurement performance. Radar type level transmitter calibration Chapters: 0:00 FMCW radar level transmitter overview 0:05 FMCW radar level transmitter language modification 0:44 FMCWradar type level transmitter container type modification 1:28 FMCW radar level transmitter blind zone settings 2:12 FMCW radar level sensor damping time modification 2:52 FMCW 80G level radar sensor range setting 3:53 Usage function of 80G radar level sensor display and control buttons 4:44 80G FM radar level gauge sensor mode settings 5:17 FM radar level transmitter high and low position adjustment 6:21 80G FM radar level meter factory reset 7:20 How to modify the FMCW radar level transmitter measuring medium type 8:00 FMCW radar level transmitter distance units modification ------------------------------------------------------------------------------------------------------------------------------------------------ SENTEC Company website：https://cdsentec.com FMCW radar level transmitter:https://cdsentec.com/radar-level-tran... Email:info@cdsentec.com What'sApp:+86-13688147831 #radarleveltransmitter #levelsensor #leveltransmitter