A Mechanical-Optical Interface for 25+ Gbps VCSEL/PD Fiber Coupling
Monte Carlo simulation results and the sensitivity analysis used to optimize optical performance with respect to VCSEL/PD alignment and coupling requirements are presented.
Monte Carlo simulation results and the sensitivity analysis used to optimize optical performance with respect to VCSEL/PD alignment and coupling requirements are presented.
The plastic injection molding tech- nology was then introduced to produce the ferrules because it can effectively reduce the production cost. This study used the Taguchi method and DOE
In this work, we combine engineered nodal features and machine learning models to rapidly predict nodal fill times, cooling times, fiber orientations, and volumetric shrinkage in fiber
In order to produce couplers with higher performances new fabrication methods are indispensable. A cheap and effective way to produce couplers for POF communication systems is injection molding.
This design could be applicable for direct heterogeneous re-matable connections between fiber ribbons and photonic integrated circuits which exhibit low thermal expansion and operate at elevated
This paper presents a comprehensive overview of injection molding for high surface quality based on the optical aspect of surface quality and defects. It classifies the recent research
The optical coupling performance of the coupler was analyzed by investigating the structural characteristics of DCLs, the coupling mechanism, the TECF properties, and the coupling
First, form-giving machining technologies for optical mold inserts are described, where ultra-precision machining presents a special case as it presents a combination of a form-giving and
In the past, many injection molding simulations based on the Hele-Shaw approximation to predict fiber orientation have been developed. Some
Analyzing specific cases can demonstrate the effectiveness of precision injection molding technology in different manufacturing scenarios of optical components. From smartphone camera
Short-fiber-reinforced polypropylene (FRPP) is used as a structural material because of its high strength and stiffness to weight and cost. It can be easily processed by injection molding, which is a common
This research demonstrates a method for the repeatable passive fiber optic coupling of single-mode waveguides with a micron-scale accuracy for high
A cheap and effective way to produce couplers for POF communication systems is injection molding. The paper gives an overview of couplers available on market, compares their performances, and
In order to produce couplers with better performances new fabrication methods are indispensable. A cheap and effective way to produce couplers for
The characteristics of fiber-reinforced plastic composites depend on the quantity and shape of the fibers. During an injection molding process of comp
In this work, we therefore investigate the accuracy of these fiber orientation models, as well as the changes in fiber orientation distribution related to model parameters and model objectivity.
Abstract Glass or carbon fibers have been verified that can enhance the mechanical properties of the polymeric composite injection molding parts due to their
The influence of ultrasonic on mechanical properties and fiber orientation of samples is analyzed. A hybrid process combining ultrasonic injection molding and electrical discharge
In the past, many injection molding simulations based on the Hele-Shaw approximation to predict fiber orientation have been developed. Some researchers have also performed the coupling
A cheap and effective way to produce couplers for POF communication systems is injection molding. The paper gives an overview of couplers available on market, compares their performances, and
These inserts can be used for the high-accuracy injection compression molding of refractive polymer lenses with diffractive surface structures. One major disadvantage of
The thermosetting epoxy resin injection for the SC-type ferrule had a dimensional accuracy less than 4 μm. The optical characteristics of resin conform to a single mode. The return
As the use of optical fibers increases, a significant need has arisen for low-cost connectors suitable for joining fiber ends together in a way that results in low transmission loss of the...
Local fiber alignment in fiber-reinforced thermoplastics is governed by complex flows during the molding process. As fiber-induced material anisotropy leads to non-homogeneous effective
In this work, we investigate the positioning accuracy of a Photonic Professional GT (Nanoscribe GmbH) 3D printing machine relative to pre-existing
The paper gives an overview of couplers available on market, compares their performances, and shows a way to produce couplers by means of injection molding.
We injection molded a plastic ferrule for a single-mode optical fiber connector. We used liquid crystalline polymer (LCP) as the molding material
Injection molding is not only efficient and scalable but also highly accurate when properly executed. With the right combination of materials, mold design, equipment, and process control, it
In order to produce couplers with higher performances new fabrication methods are indispensable. A cheap and effective way to produce couplers for POF communication systems is injection molding.
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