Biconvex Lens 30mm Diameter 100.7mm Focal Length 750 - 1550nm
SLB-30B-100PIR2
Symmetrical biconvex lenses are most useful when dealing with finite conjugate points. This makes them ideal for 1:1 imaging applications or for use in multi-element systems.
◦There are two types of biconvex lenses available; BK7 for use in visible range to infrared wavelength range.
◦BK7 lenses are also available with three types of anti-reflection coatings, visible wavelength range, in the near-infrared range and in the infrared range.
◦Our lenses are listed by outside diameter and focal length to assist your selection according to required specifications.
◦BK7 lenses are also available with three types of anti-reflection coatings, visible wavelength range, in the near-infrared range and in the infrared range.
◦Our lenses are listed by outside diameter and focal length to assist your selection according to required specifications.
| Name | Biconvex Lens 30mm Diameter 100.7mm Focal Length 750 - 1550nm | 
|---|---|
| Weight | 0.0500kgs | 
| Standard Coatings Available | No | 
| Guide | 
 | 
| Remark | - | 
| Attention | 
 | 
| Diameter φD | 30mm | 
| Focal length | 100.7mm | 
| Material | BK7 | 
| Design Wavelength | 546.1nm | 
| Refractive index n<sub>e</sub> | 1.519 | 
| Coating | Broadband Multilayer antireflection coating (750 - 1550nm) | 
| Transmmittance | > Average 98.5% | 
| Laser Damage Threshold | 4J/cm2 (Laser pulse width ; 10ns , Repetition frequency ; 20Hz) | 
| Clear aperture | 85% of the diameter | 
| Surface Quality (Scratch-Dig) | 20-10 | 
| Wavelength range of Antireflection Coating | 750 - 1550nm | 
| Diameter φD | φ30mm | 
| Focal length f | 100.7mm | 
| Edge thickness te | 2mm | 
| Center thickness tc | 4.2mm | 
| Back focal length fb | 99.3mm | 
| Radius of curvature r | 103.8mm | 
| Centration | <1′ | 
            In stock
        
    
            SKU
        
SLB-30B-100PIR2
    
    
                $80.00
                            
            
            
Symmetrical biconvex lenses are most useful when dealing with finite conjugate points. This makes them ideal for 1:1 imaging applications or for use in multi-element systems.
 
     
             
 
        


