Thesis proposal – Development of a Broadband N-Port Splitter/Combiner for Laboratory Use

Title: 

Development of a Broadband N-Port Splitter/Combiner for Laboratory Use Utilizing Microstrip or Stripline Technique in Accordance with Specified Requirements

Background

The field of microwave engineering demands efficient signal splitting and combining techniques, especially in laboratory settings where precise signal management is critical. This thesis proposes the development of a broadband N-port splitter/combiner, capable of handling multiple input/output ports while maintaining excellent performance across a wide frequency range. The choice of microstrip or stripline technique will be determined based on specific requirements to optimize performance and ease of integration.

An overview of the thesis work could be: 

• To design a broadband N-port splitter/combiner capable of handling a specified number of input/output ports.
• To achieve broadband functionality, allowing for efficient signal splitting or combining over a wide frequency range.
• To optimize the splitter/combiner’s design to meet specified technical requirements, including impedance matching, insertion loss, isolation, and return loss.
• To ensure compatibility and ease of integration within laboratory setups, considering size, weight, and mounting options.

Conclusion:

This thesis proposal outlines a comprehensive approach for the development of a broadband N-port splitter/combiner using either microstrip or stripline techniques to cater to laboratory requirements. The proposed research aims to contribute to the advancement of signal management technology in microwave engineering, providing a valuable tool for accurate signal distribution and combination within laboratory environments.

Application:

We look forward to receiving your resume, and preferably, a personal letter in which you explain why you want to write your thesis with Syntronic.

We screen and evaluate applications on an ongoing basis.