#Cst microwave studio mesh settings for free
#Cst microwave studio mesh settings Patch
#Cst microwave studio mesh settings full

Realized gain is obtained between 0.5 to 1.8 dB approximately. Individually there efficiencies are deviated from each other by maximum up to 10% and down to 2% at 2.4 GHz. The efficiency is obtained within the range of 10 to 40 percentages covering three prototypesвЂ™ efficiency in high mesh setting. The maximum gain is obtained by prototype one, which is near to 1.8 dB at 2.58 GHz. The simulated results for all the prototypes are included in a graph with the variation in efficiency and gain with change in frequencies ranging from 2.18 GHz to 2.58 GHz. The prototype 1 obtains the highest gain of 2.3 dB at 2.4 GHz.ДЇig 4 FS radiation pattern in YZ plane for (a) Prototype 1, (b) Prototype 2, (c) Prototype 3 The efficiency is within the range of 10 to 40 %, while realized gain is between 0.5 to 2.7dB approximately. All the three prototypes simulated results are indicated in a graph. The legend shows the realized gain (G) in decibel, radiation efficiency (re) and total efficiency (TE) in percentage of three different modelled antennas.The efficiency includes total and radiation efficiency.

#Cst microwave studio mesh settings for free

The simulated high mesh efficiency and realized gain for free space is provided in Fig 3, showing variation in efficiency and gain with changes in the frequencies within the range of 2.18 GHz to 2.58 GHz. The difference in their bandwidth is due to increased accuracy in HM setting.

Prototype 3 yeilds the largest bandwidth of 400 MHz in LM and Prototype 1 with 330 MHz in HM. The legend at the right bottom corner shows the S11 of three different prototypes in LM and HM. The Figure 3 shows the FS simulated results of the three final prototypes in both high mesh(HM) as well as low mesh (LM) settings.

These types of antenna can be used in medical monitoring and sensing, military, sport and consumer electronics. The on body application requires body area network (BAN) for communication within and around the body.

#Cst microwave studio mesh settings full

The performance of the proposed microstrip antennas provides the minimum back radiation as antennas are facilitated with with full ground plane. These parameters are evaluated both in free space and on body environment. Textile base microstrip antenna is modelled to operate at 2.4 GHz using CST studio Microwave for ISM band with permissible operating bandwidth, gain, efficiency and radiation patterns.

#Cst microwave studio mesh settings Patch

Generally it consists of dielectric substrate sandwich between radiating patch on upper side and ground plane on the lower side. Flexible textile based Microstrip antennas are one of the most attractive antennas that provide wearable application as they can be integrated into clothing and have low-profile, light weight and portable feature.

The wireless communication system comprises of electronic devices, antennas and sensors of various shapes and sizes of which microstrip (patch) antenna is one of them. The advancement of wireless communication spread has conquered the larges distance of time and space making our life easier and comfortable.