FZD-CBM

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Introduction

Focal-zone-detection (FZD) Capacitive-based Micro-vision (CBM) is an innovative imaging technology combining infrared (IR) imaging and capacitive measurement. The technology improves the accuracy of measurement results, and it is widely used in fields such as automatic tracking and robotic calibration, electronic diagnosis and fault detection, pattern recognition and image processing.

Application Field

FZD-CBM is often used in manufacturing processes, such as the inspection of printed circuit boards (PCBs) for soldering and welding. FZD-CBM can detect and inspect components with a contact-less capacitive method to detect the contact point between the component leads and the pads on the board. It can also detect the height of components and the distance between the board and the component. Additionally, FZD-CBM can detect component leads and sockets in order to inspect and ensure the correct alignment.FZD-CBM is also used in the automated testing of battery modules. The high resolution imaging provided by FZD-CBM allows for precise detection of the wires and cable connections of the battery module and ensures that the connections are oriented correctly. Additionally, the technology can be used to determine the contact force between the battery module and the contact terminal.In the automotive sector, FZD-CBM is often used in brake diagnostics. The technology can detect brake slippage or stickiness, worn brake pads, and detect the force of the brakes. Additionally, it can detect the amount of abrasive in brake fluid, making it easier to detect the wear and tear of the brake system.Finally, FZD-CBM is used in medical imaging. Its precise imaging capabilities make it ideal for medical imaging applications such as CT scans and x-rays, allowing for accurate diagnosis of ailments and diseases.

Working Principle

FZD-CBM works by combining two imaging technologies; infrared (IR) imaging and capacitive measurement. Infrared imaging is used to capture the image of an object. The IR imaging system consists of a lens, an infrared source, and an infrared detector. The lens focuses the incoming infrared radiation and the detector captures the signal and converts it to an image.The capacitive measurement technology is used to detect the contact point between the component leads and the pads on the board. The capacitive measurement system consists of a coil, an electrode, and an amplifier. The coil generates a high frequency signal and the electrode detects the capacitive signal created when the component leads and board pads come into contact. The amplifier measures the capacitive signal and produces a digital signal proportional to the contact point, providing a better indication of the location of the contact point.By combining these two imaging technologies, FZD-CBM can provide precise and accurate measurements that can be used for inspection and testing.

Conclusion

FZD-CBM is an innovative imaging technology that combines infrared (IR) imaging and capacitive measurement technology. The technology improves the accuracy of measurement results and it is widely used in fields such as automatic tracking and robotic calibration, electronic diagnosis and fault detection, pattern recognition and image processing. Additionally, it is used in electronics manufacturing, automotive braking, and medical imaging. The technology works by combining IR imaging and capacitive measurement, in which the IR imaging system captures the image of an object and the capacitive measurement system detects the contact point between the component leads and the pads on the board. By combining these two technologies, FZD-CBM can provide precise and accurate measurements that can be used for inspection and testing.

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