Making Additive Manufactured Ceramic Microwave Filters Ready for 5G
journal contribution
posted on 2022-02-28, 10:43 authored by Ahmed Al-AbratAhmed Al-Abrat, Ahmed AbdulsalamAbstract – Additive manufacturing (AM) techniques for filter applications have proven to be vital in enabling a variety of forms
and shapes best suitable for 5G application. However, in order to guarantee a good RF performance of the passive components,
certain aspects have to be taken into account. When it comes to dielectric resonators manufactured in ceramic AM, the quality of the
metallization is crucial. Based on a simple prototype, this paper reports on the performance when using an advanced coating
technique applied to a 3D printed ceramic body.
and shapes best suitable for 5G application. However, in order to guarantee a good RF performance of the passive components,
certain aspects have to be taken into account. When it comes to dielectric resonators manufactured in ceramic AM, the quality of the
metallization is crucial. Based on a simple prototype, this paper reports on the performance when using an advanced coating
technique applied to a 3D printed ceramic body.
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Ahmed Abdulsalam
Ahmed Al-Abrat
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Making AdditiveManufactured Ceramic Microwave Filters Ready for 5GMaking Additive Manufactured Ceramic Microwave Filters Ready for 5GPhotonics, Optoelectronics and Optical CommunicationsData CommunicationsCommunication StudiesWireless CommunicationsNetworking and CommunicationsComputer Communications Networks
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