Continuous zoom video microscope, monocular 
 I. Introduction 
 Continuous zoom video microscope, monocular, the use of advanced optical systems and precision machinery sectors, the zoom process full coaxial confocal. Digital imaging in the field of electronic equipment, semiconductors, LCD, LED and so on observation, testing and measurement. Paraxial can use a variety of LED lighting to meet the needs of the different objects. Which the Z6040 series points for large depth of field, continuous zoom video microscope, using a large depth of field optical technology, has a three-dimensional sense of strong, high contrast, electric, manual three-dimensional rotating observation attachment, especially for the solder balls of the observation components, electrical connectors and metal hole inside the side wall, such as processing quality. 

 Name microscope monocular 
 Ordinary zoom mirror Z6020 
 Large depth of field 
 Zoom mirror body Z6030 
 Fine focus 
 Zoom lens body Z6040 Series 
 Large depth of field fine focus 
 Zoom lens body 1XCCD connector 1XCCD 
 ELBOW 

 Shape 
 Shape 

 The name of the small-angle LED ring light manual 3D rotating body Z6040 for electric 3D rotating body (Z6040 applicable) LED light source base Z6040 electric 3D matching base 

 Third, the main technical parameters: 
 ● Zoom whole process of coaxial confocal depth of field: 0.1mm-2.0mm. 
 ● continuous zoom lens 0.7X ~ 4.5X, the analysis was 7.3 
 ● Working distance 90mm or 95, the two basic configurations. 
 ● host with size Φ39.65mm, and add-in socket for Φ50mm 
 ● 0.5X, 1X (standard configuration) CCD connector optional (CCD is optional) 
 ● Dimmable LED Ring Light 
 ● Z6040 can be equipped with different viewing angle manual or electric 3D rotating body, the working distance is different; manufacturers will be provided in addition, accurate data. 
 ● a variety of optional base, standard light source base: with input AC85V-265V, 50Hz-60Hz, Output 12V 5A transformer 
 ● How to choose the appropriate rate 
 The appropriate choice of magnification can be obtained according to the following formula: 
 Total magnification = mirror magnification of × CCD connector multiples × digital magnification 
 Matter the diameter of field of view = CCD camera plate diagonal size / lens magnification / CCD connector multiples 
 CCD camera element size (unit: mm) 

 Digital zoom magnification = display screen diagonal size / CCD camera plate diagonal size 
 For example: 8 "monitor with 1/3" CCD camera, digital magnification == 33.87 
 17 "monitor with 1/3" CCD camera, digital magnification == 71.97 

 Optical magnification (CCD 1X) 2/3 
 (L × W × diagonal) with the monitor total magnification 1/2 " 
 (Diagonal) monitor in length × width × magnification 1/3 " 
 (L × W × diagonal) monitor magnification 
 8 "14" 8 "14" 8 "14" 
 0.7X 9.4 × 12.6 × 15.7 12.93 22.63 6.9 × 9.1 × 11.4 17.78 28.9 5.1 × 6.9 × 8.6 23.71 38.5 
 1 X 6.6 × 8.8 × 11.0 18.47 32.33 4.8 × 6.4 × 8.0 25.4 44.5 3.6 × 4.8 × 6.0 33.87 59.27