PDB-V104-L

PDB-V104-L is an optical sensor developed by Fenco, specifically designed for applications using photodiodes. It is a highly accurate, reliable, and compact detector, suitable for industrial, medical, and automotive applications. The PDB-V104-L utilizes a unique dual-fiber design, with two lens systems that allow for greater accuracy and precision when measuring light. The detector is capable of detecting both broad-spectrum and narrow-spectrum light sources, and can be used for reliable and accurate readings in various environments.

The PDB-V104-L is designed to detect ultraviolet (UV), visible, and infrared (IR) light. It utilizes a gallium arsenide (GaAs) photodiode-type device that is sensitive to specific wavelengths of light. The PDB-V104-L is capable of detecting light from a single source or multiple sources, and can be used to detect changes in light intensity. In addition, the detector can be used to measure the angle of light and its directionality. The PBD-V104-L is ideal for use in applications that require precise light measurements, such as measuring package quality, or in medical applications, where accurate measurements are essential for diagnostics and procedures.

The working principle of the PDB-V104-L is relatively simple. Light passes through the two lens systems of the detector, which are designed to allow for accurate light measurements. The detector then converts the light energy into a voltage or current signal, which is then sent to the associated electronic device or equipment. The electronic device can then use the signal to measure the amount of light, and the direction from which it is coming.

The PDB-V104-L is a cost-effective and compact solution for applications that require accurate light measurements. It is an excellent choice for industrial, medical, and automotive applications, as well as any application that requires accurate light measurements. The PDB-V104-L is a reliable and cost-effective choice for these applications, and can provide reliable and accurate readings in many environments.