ال المجهر واجهة هو أ ضروري جهاز إلى الاتصال ال المجهر و رقمي المعدات. إنه لا فقط يلعب أ اتصال دور٪ 2 ج ولكن أيضا يلعب أ حيوي دور في عرض الصور شكلت بواسطة المجهر تشغيل ال مراقبة. منذ بصري تصوير هو أ جدا معقد عملية٪ 2c الرقمية واجهة لديه أ عظيم تأثير على ضوء تعويض٪ 2c نفاذية٪ 2c تشتت٪ 2c توازن ٪ 2c قوة ٪ 2c إلخ.٪ 2c و يلعب a عظيم دور في صورة تصحيح و تعويض. لذلك٪ 2c ال تحليل من ال الحقيقي صورة بواسطة الرقمية المجهر واجهة هو أيضا an مهم الارتباط.
In addition to the common 1X interface, the C-type interface adapter of the microscope also has two options: 0.5X and 0.63X. The choice of the adapter is related to an important parameter of the Olympus microscope - the field number. The field number (FN) is the diameter (mm) of the field of view that can be observed through the eyepiece. The diameter of the circular area where the specimen can actually be observed under the microscope is called the object field of view. The field of view of the object side=the number of fields of view/magnification of the objective lens. Since the diameter of the human eye is about one inch (25.4mm), the field numbers of the eyepieces are 18, 2{{20}}, 22, 26.5, etc. However, since the commonly used camera chips are generally 1/3 inch and 1/2 inch in size, their field of view is relatively small compared to eyepiece observation. This also led to the fact that the amount of information collected by the camera is relatively small when the customer uses the 1X interface to connect the camera. To solve this problem, we recommend customers to use 0.5X and 0.63X Olympus microscope C-mount. Through the 0.5X interface, the image captured by the camera is reduced by 1/2, which is equivalent to 1 inch*0.5=1/2 inch. In this case, the size of the image captured by the 1/2-inch chip's camera is similar to that seen in the eyepiece.
