2results about How to "Control range" patented technology

This invention discloses an I-V conversion circuit resistant to strong light interference, relating to the field of integrated circuit technology. It includes an infrared photodiode VD, resistors R1 and R2, an amplifier AMP, and PMOS transistors M1, M2, and C. The invention also discloses an I-V conversion circuit resistant to strong light interference, including an infrared photodiode VD, resistors R1 and R2, amplifiers AMP1 and AMP2, NMOS transistors M1, M2, and M3, and capacitor C. Furthermore, the invention discloses an infrared receiving chip incorporating the aforementioned I-V conversion circuit resistant to strong light interference. Under strong light conditions, this invention prevents the output voltage OUT from continuously increasing, effectively receiving, identifying, and amplifying the input signal, thus improving signal quality and reducing distortion.

This invention relates to the field of monochromator design technology, specifically providing a micro-motion slit assembly and monochromator for use in a monochromator. The slit plates of the micro-motion slit assembly are connected to a slit mounting plate and slidably connected to a slit base via a guide rail. A micrometer screw converts rotation into linear motion of a gap cone, and the gap cone adjusts the width of the slit between the two slit plates. The micrometer screw and gap cone enable large-range, high-precision adjustment of the slit width. This micro-motion slit assembly serves as both the output and input slit assemblies of the monochromator, and a vacuum transmission environment is provided by the housing. Spectral scanning or fixed-point wavelength output is achieved by rotating the beam splitter. This invention achieves continuous coverage of the entire 100-435nm wavelength band through vacuum design and improves the resolution adjustment accuracy of the monochromator's output light through the micro-motion slit design.