1. Measurements

2. 120GHz-1stage Current drawing from Vcc is 8.826 mA

3. 120GHz-1stage

5. Linear scale

6. Changing vct Changing vcc

7. 120G-two stage Current drawing from Vcc is 17.65m A, current from vct is zero

8. Changing control voltage 120GHz-2 stage

9. NF of 120GHz LNA upto 110GHz

10. Linearity IIP3= -6.055 dBm,1 dB compression point is -14.5188 dBm

11. 120GHz phase shifter Gain variation 17-20.7 dB, Noise figure 11 dB

12. NF at 120 GHz from 75GHz

13. Vcc consumes 39 mA when one VGA is on,when vctrl=0(MOS on),current is 1mA and when its 2.5V then 1.357mA.current flows through subc. When both VGA is on Vcc consumes 46.6mA, when vctrl=0(MOS on),current is.6 mA and when its 2.5V then 1.69mA.current flows through subc.

14. 120Ghz 2 array

15. 120ghz 2 array

16. NF of 120Ghz 2 array upto 110gHz

17. One stage 94GHz From Vcc 10.22mA

18. 94ghz one stage

19. VGA 94GHz

20. 94GHz shifter

21. Gain 94GHz phase shifter

22. 94gHz 2 array