SIMPLE DESIGN METHOD FOR MICROWAVE BAND-PASS FILTERS
Journal Title: Scientific Bulletin, Series: Electronics and Computer Science - Year 2017, Vol 17, Issue 1
Abstract
In this paper, a simple method for designing and simulating low-frequency band-pass filters of around 1GHz is presented. In this aim, an original combination of three free software applications is proposed. It will be shown that the three applications could successfully replace expensive software packages for the design of microwave band-pass filters. This method can thus be used in universities or at home hobbyists who work with microstrip technology at low microwave frequencies.
Authors and Affiliations
Grigore-Adrian IORDĂCHESCU, Daniel Alexandru VIŞAN
EXAMPLE ARCHITECTURE FOR AN INTERURBAN TRAFFIC MANAGEMENT SYSTEM
The paper presents considerations regarding the architecture for an inter-urban traffic management system, describing all the main components: the functional architecture, the physical architecture and the communication...
AN IMPLEMENTATION OF THE GREEDY ALGORITHM FOR MULTICORE SYSTEMS
The great variety of parallel systems that appeared in the last period and use multicore chips leads inevitably to the development of applications with parallel algorithms. A multicore algorithm uses several threads in t...
SYSTEM FOR MONITORING A FLEET OF ANDROID DEVICES USING TWO WAY MESSAGE QUEUING
This paper describes the design and implementation of a system that is able to monitor a fleet of vehicles. Rabbit MQ is used to send data between devices and the server. Tests are made to determine the problems of such...
SOFTWARE APPLICATION FOR MANAGING STUDENTS ADMISSION TO THE UNIVERSITY
The paper presents all the steps for designing and implementing a software application for students’ registration and matriculation and their allocation to a faculty depending on their chosen options. The system is compo...
OPEN SOURCE DEVICE FOR NTC THERMISTOR CURVE REPRESENTATION
The paper represents a review of an open source testing platform, for NTC thermistors, that are to be used in different temperature monitoring applications. The NTC thermistors are analog, nonlinear, passive, electronic...