PATCH ANTENNA CST TUTORIAL PATCH
It can be seen that with the dielectric between patch and the ground, the better resonance at frequency of 9. The simulated and consequently fabricated miniaturized antenna can be seen in Figure 4 with the final design parameters. It can be seen that the measurement results agree with the simulations very well.Īll simulations were performed in CST MWS. The plots of the reflection coefficient and the gain are shown in Figure 3. Figure 2: The geometry of the patch antenna seen in CST MWS together with fabricated one. Figure 2 whows the CST MWS model of the patch antenna, the final design parameters and the manufactured antenna. The geometry was drawn and the parameters of the antenna optimized through simulations performed in CST MWS. On the other hand, the size of the feed gap influences the impedance matching. The ground plane size controls the gain of the antenna while the distance between ground plane and the patch affects the bandwidth. The operating frequency determines the size of the patch antenna: W. The design parameters define the operation and the performance of the antenna. Figure 1: Deasign parameters of RFID- antenna. Figure 1 shows the proposed structure of the antenna and the design parameters. Bierng- Chearl Ahn and his colleagues at Chungbuk University, Korea. This article is published with the permission and courtesy of Prof. MHz (RFID band of Korea) using CST MWS is described. Here the design flow of a patch RFID- antenna for frequency range: 9.
The reader, using an attached antenna, captures data from tags then passes the data to a computer for processing. A reader is a radio frequency (RF) transmitter and receiver, controlled by a microprocessor or digital signal processor. Antenna Engineering, Peter KnottTutorial Patch Antenna Design Patch Antenna Design using MICROWAVE STUDIO 1 What is CST MICROWAVE STUDIO.Ĭircularly- Polarized Patch Antennas.
Co-axial Fed Rectangular Microstrip Patch Antenna for 5.2 GHz WLAN Application 96.
Co-axial Fed Rectangular Microstrip Patch Antenna for.
PATCH ANTENNA CST TUTORIAL SOFTWARE
Design of a Microstrip patch antenna using CST MicroWave Studio Before going to the software environment, please complete your theoretical design calculations for your specifications as shown in the fig below. Figure 1: Curved microstrip patch antenna for use on the wrist. This paper focuses on antenna design, simulation using CST software and measurement. In this part of the tutorial, we will use the dimension calculated in the first part to design the patch antenna in CST. A set of 3D electromagnetic field simulations using CST EM STUDIO This is the second part of the Inset fed Patch antenna design tutorial using CST Microwave Studio. Figure 2: The geometry of the patch antenna seen in CST MWS together with fabricated one. Fig:4.1 Designed Circular patch array antenna using CST. MICROSTRIP ANTENNA: To design a Rectangular microstrip patch antenna the Essential parameters are 1.The operating frequency (f 0). Along the video some theoretical deficiency and mistaken could be. This video contains microstrip antenna drawing and simulation with using CST Studio Suite. Simple Patch Antenna Design with using CST Studio Suite - Duration. CST studio tutorial 3: Patch antenna using CST GHz.
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