C13297_SATU-O

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optics - Lenses has become the common medium to create and manipulate optical light. With the advent of modern technology, the application and working principles of lenses have also developed a great deal. One such device which has created a revolution in the field of optics is the C13297_SATU-O.

The C13297_SATU-O is a highly advanced, precision-engineered optics system designed for a variety of applications. It is designed to be used in basic or specialized optical light experiments, where accuracy and precision are paramount. The C13297_SATU-O consists of two lenses, one with a convex shape (convex lens) and another with a concave shape (concave lens). The system offers an easy way to narrow or widen the angle of entry of optical light depending on the experiment’s requirements.

The C13297_SATU-O has various applications in the fields of optics. It is mainly used in laser-scanning experiments, where its concave lens focuses and directs the light beam to create a solid bright beam. This beam is then used to “scan” an area or object from a set distance. Its precision optics are also utilized in microscopic experiments, where the exact angle-of-entry of the light beam matters. By varying the position of the lenses, it is possible to get the ideal angle for the light beam to enter the microscope’s objective.

An important application field of the C13297_SATU-O is photography. Being a precision device with two lenses, the system can be used in combination with a camera lens to capture higher quality images. With the C13297_SATU-O, it is possible to adjust proportions of the photons entering the camera lens, which results in improved image sharpness and clarity. It can be used to capture crisp images in a range of lighting conditions. The device is also used in various astronomy experiments, where its precision optics allow for reliable imaging in low-light environments.

The working principle of the C13297_SATU-O is dependent on the mathematical properties of lenses. The curvatures of the lenses results in variations in the angles of entry of the beam, enabling it to be manipulated according to the needs of the experiment. The device has two motors which adjust the positions of the lenses precisely and consistently, resulting in the desired angle of entry being achieved. The camera lens is adjustable in order to capture the right angle and with the correct F-stop, resulting in high-quality images.

The C13297_SATU-O has opened up a new realm of possibilities in the field of optics. Its precision optics and two motors allow for wonderful experiments involving the manipulation of light beams, with the results being incredibly reliable. Its versatile application field makes it an invaluable addition to any optics lab or experiment.

The specific data is subject to PDF, and the above content is for reference