RESULT MICROSTRIP ANTENNA DESIGN

No. Model Patch Ant. Resonant

freq. (GHz) Return

loss (dB) Directivity

(dB) Gain (dB)

Antenna Eff. (%)

Radiation Eff. (%)

Bandwidth VSWR Figure Model Ref. Year Ref.

Topic (%) MHz 1 Reference 2.53 -38.071 6.10 6.08 99.7 -

2010 Design of Double C-Slot Microstrip Patch Antenna for WiMax Application. C-slot 2.53 -19.104 5.88 5.67 96.5 1.5

Modify Double C-slot

2.646 -31.613 6.48 6.46 99.5 190 1.059

2 Unloaded patch ant.

3.96 -18.5 2010 Miniaturized C-Slot Patch Antenna For Wireless Communications Loaded

C-slot ant. 3.28 -17 7.78

3 C-slot 1.28626 -7.58525 5.0607 4.23007 82.5861 98.9846

2012 High Gain of C Shape Slotted Microstrip Patch Antenna for Wireless System

2.31610 -15.4347 7.51393 7.31541 95.5319 98.2969

4 Multiple C-shaped Patch ant.

1.8 14

2012 Multiple Patch Antenna System for Wireless Applications

4.4 10 6.7 20

5 C-shaped 1.49

2013 Design And Analysis Of C-Shaped Microstrip Patch Antenna For Wideband Application.

1.52 -45 2.33 88.01 88.12 32.03 >2 2.54 3.36

6 C-shaped slot

3.4 13.78

2013 Triple Notched Band Characteristics UWB Antenna Using C-Shaped Slots and Slot-Type Capacitively-Loaded Loop

5.26 8.31 10.94 7.77

No. Model Patch Ant. Resonant

freq. (GHz) Return

loss (dB) Directivity

(dBi) Gain (dBi)

Antenna Eff. (%)

Radiation Eff. (%)

Bandwidth VSWR Figure Model Ref. Year Ref.

Topic (%) MHz 7 E-shaped 2.45 8.7 7

2013 Circular Polarization Reconfigurable Wideband E-Shaped Patch Antenna for Wireless Applications

8 Unequal E-shaped

2.32 -24.4 280 1.5

2013 Design And Characterization Of E-Shape Microstrip Patch Antenna For Wireless Communication

3.9 -29.5 620 1.12 Stacked unequal E-shaped

2.15 -27.2 290 1.06 4 -25.5 1050 1.2

9 Rectangular Patch

6.5 -16.70 2.65 50 1.34

2014 Design and Simulation of Microstrip E-shaped Patch Antenna for Improved Bandwidth and Directive Gain

E-shaped 6.7 -34.28 5.52 440 1.03

10 F-slot TM010

3.907 -14.107 7.383 7.272

2013 Novel Design of Miniaturized Triple Band Square Microstrip Patch Antenna with F Slot for Fixed Service Satellite and Microwave C Band Applications

TM00 (1

No. Model Patch Ant. Resonant

freq. (GHz) Return

loss (dB) Directivity

(dBi) Gain (dBi)

Antenna Eff. (%)

Radiation Eff. (%)

Bandwidth VSWR Figure Model Ref. Year Ref.

Topic (%) MHz 14 L-slot

Single patch

2.4 -5 7 3.6

2013 Double L-slot microstrip patch antenna array for WiMAX and WLAN applications

5.2 -23 8 1.2 5.8 -7 8 2.8

15 L-slot Single patch

2.4 -14 4.8 1.55

2013 Design of double L-slot Microstrip Patch Antenna Array for WiMAXWLAN Application using step width

2.5 -17 4.8 1.35 3.5 -17 4.8 1.3

16 M-slot 5.4 -35 1160

2008 Compact M-Slot Folded Patch Antenna For Wlan

17 S-shaped 2.33945 4.6 3.96 87.77

2013 Analysis and Design of S-shaped Microstrip Patch Antenna

18 S-shaped 2.62 -37 8.2 92.04 20.49

2013 Analysis of S-Shape Microstrip Patch Antenna for Bluethooth Application

19 T-slot 2 -19.5 3.5 1.103

2012 S and C Bands Multilayer T-Slot Photonic Band gap Micro Strip Antenna

6 -12 5.5 1.6

20 T-slot 6.7 -27 5.7 1 1

2013 T-Slot Antenna for UWB Applications 9.8 -27 7.8 5.5 5.5

No. Model Patch Ant. Resonant

freq. (GHz) Return

loss (dB) Directivity

(dBi) Gain (dBi)

Antenna Eff. (%)

Radiation Eff. (%)

Bandwidth VSWR Figure Model Ref. Year Ref.

Topic (%) MHz 21 T-slot 3.2 -22.24 4.5 65 65 26.50 1.168

2014 Multiple T Slot Compact & Ultra Wide Band Microstrip Patch Antenna for Wimax Applications

22 U-slot 10.5 -15 27.77

2011 U-Slot Stacked Patch Antenna Using High and Low Dielectric Constant Material Combinations in S-band U-slot

stacked 3.4 -22 8.3 1.2

23 U-slot 2.5 -3 0.1

2012 Design of Double U-slot Microstrip Patch Antenna Array for WiMAX

3.5 -3.9 -12 1 5.5 -6 13 0.1

24 U-shaped 2.03 -25 95 36.1 780

2013 Bandwidth Enhancement Using Slotted U-Shape Microstrip Antenna With Pbg Ground

25 U-slot simple

4.3 -38 7.834

2014 Modified Design of Microstrip Patch Antenna for WiMAX Communication System

U-slot with stub

4.3 -43 8.99 500

26 X-shape 15.33 -19.20 4.80 6.03 528 1.2

2013 Triple Band X Shape Microstrip Patch Antenna for Ku K Band Applications

17.61 -16.045 6.72 6.93 576 1.5 18.90 -27 3.91 9.59 804 1

No. Model Patch Ant. Resonant

freq. (GHz) Return

loss (dB) Directivity

(dBi) Gain (dBi)

Antenna Eff. (%)

Radiation Eff. (%)

Bandwidth VSWR Figure Model Ref. Year Ref.

Topic (%) MHz 27 -shape 1.570065 -35 1 3.275 91 94 31.23

2013 Design And Analysis Of Dual-Band -Shaped Microstrip Patch Antenna

2.42038 -26 2.5 2.5 86 88 10

28 Z-shape 2

2014 The Analysis of Z-Shape Microstrip Antenna for Dual Band Operation

Frequency range 1 3 GHz : gain max = 8.2 dBi (S-shaped) Return loss = -37 dB Frequency range 3 5 GHz : gain max = 8.3 dBi (U-slot stacked) Return loss = -22 dB Frequency range 5 7 GHz : gain max = 8 dBi (L-slot) Return loss = -7