2.45 x 0.70mm, 1.076 ROC, 250μm Pitch, Silicon, 1 x 8 Linear Microlens Array

Product Details Fused Silica and Silicon Substrates 1×4 and 1×8 Lens Array Configurations Ideal for Fiber Coupling and Collimating Linear Microlens Arrays are available in fused silica and silicon substrates with linear arrays of either 4 or 8 lenses. Silicon has a high index of refraction, enabling short focal length, high-NA lens array designs, while fused silica offers excellent thermal stability and visible transmission to facilitate easy alignment. Linear Microlens Arrays are used to collimate and couple fiber arrays in fiber-to-fiber or laser-to-fiber applications, such as with semiconductor laser diodes. These lenses are AR coated for the near-infrared (NIR) with designs for 1310 and 1550nm, making them ideal for use with NIR lasers or in telecommunications. Specifications General Type: 1 x 8 Linear Array Lens Profile: Spherical Note: Linear arrays are centered on the part and surrounded by inactive lenses. Physical & Mechanical Properties Diameter (mm): 0.23 (of each lens) Dimensions (mm): 2.45 x 0.70 ±0.02 Thickness (mm): 0.50 ±0.025 Clear Aperture CA (mm): 0.14 (of each lens) Radius R (mm): 1.076 ±3% Optical Properties Substrate: Many glass manufacturers offer the same material characteristics under different trade names. Learn More Silicon Coating: BBAR (1250-1620nm) Coating Specification: R avg ≤0.5% @ 1250 – 1620 Wavelength Range (nm): 1250 – 1620 Design Wavelength DWL (nm): 1310 Working Distance (mm): 0.286 Pitch (μm): 250 ±0.3 Mode Field Diameter (mm): Source: 0.0092 Target: 0.08 Regulatory Compliance Certificate of Conformance: View ×