illustrate:
The focal length of the plano-convex lens is positive and is usually used to focus parallel light. The front and rear surfaces of the plano-convex lens are asymmetrical, so it can effectively reduce spherical aberration, especially when the object image distance is not equal. It is very suitable for mobile phones and convergence applications in imaging applications. Light. It can also be used in various applications involving scattering, detection, laser and fiber optics. The transmission rate of the coated product is good. There are a variety of sizes and focal lengths to choose from.
Customized processing is available with samples and drawings.
parameter:
Incident angle | 0° | wavelength | 587.6nm |
Wavelength range | 430~680nm | index | 430~680nm@Ravg≤0.4% |
Focal length tolerance | ±1% | Finish | 40/20 |
Center thickness tolerance | ±0.1mm | Face type | λ/4 |
List of conventional products:
Product number | Substrate | focal length | diameter | Center thickness | Radius R1 | Finish |
D8F23.9 | ZF10 | -23.90 | 8 | 2.20 | -16.44 | 40/20 |
D10F13 | K9L | -13.00 | 10 | 3.00 | -6.71 | 40/20 |
D12F98.2 | JGS1 | -98.20 | 12 | 5.00 | -45.00 | 40/20 |
D407F149 | ZF3 | -149.00 | 40 | 4.07 | -107.08 | 40/20 |
D8F23.9 | ZF10 | -23.90 | 8 | 2.20 | -16.44 | 40/20 |
D10F13 | K9L | -13.00 | 10 | 3.00 | -6.71 | 40/20 |
D12F98.2 | JGS1 | -98.20 | 12 | 5.00 | -45.00 | 40/20 |
D40F149 | ZF3 | -149.00 | 40 | 4.07 | -107.08 | 40/20 |