Skip to main content

QUPES by TICRA ขับเคลื่อนโดย Advanced Partner Alliance

Enhance simulation, improve engineering, and optimize design with an additional 82+ products that’s already part of your offering. Discover third-party solutions from a single unified source that you know and trust through the Advanced Partner Alliance (APA).
APA solutions are delivered through the Altair Units licensing system, which allows customers to access multiple engineering tools using a shared pool of licenses. This lowers barriers to adoption and simplifies procurement for your customers.

ทำไม Unified design for periodic antenna surfaces?

QUPES streamlines the analysis and design of quasi-periodic surfaces—including reflectarrays, FSS, and transmitarrays—for antenna engineers. It allows users to define, simulate, and optimize unit-cell geometries and entire structures in a single tool, eliminating the need for multiple software packages. Its built-in library and optimization features speed up design, making it ideal for R&D and satellite communications applications.

Keine Antwort erhalten

ประโยชน์

  • Fast and Accurate:
    Features a vast unit-cell library and efficient analysis of quasi-periodic surfaces in a single tool.
  • One of a Kind: 
    No other commercial tools exist, and QUPES provides designs with superior performance compared to traditional methods
  • Real-Life Applications:
    In combination with other TICRA Tools products, users can design advanced antennas, such as reflectarrays on CubeSats, dichroic subreflectors, and more.

ความสามารถที่โดดเด่น

แอปพลิเคชั่นในโลกแห่งความเป็นจริง

Select...
Keine Antwort erhalten

Optimizing FSS Unit Cell for Dual-Band Operation

QUPES is used to design and optimize a unit-cell for a frequency-selective surface (FSS) made of concentric rectangular copper loops. The cell achieves near-total transmission at 20–21 GHz and near-total reflection at 30–31 GHz across wide incidence angles, enabling precise band filtering.

สำรวจแหล่งข้อมูลและผลิตภัณฑ์ที่เกี่ยวข้อง

ข้อมูลและแหล่งข้อมูลเพิ่มเติม