-160 For the P-channel JFET given in the following figure, the IDSS = 2MA a) Determine IDQ and VSDQ b) Determine the source-follower circuit transistor parameters are: Vp = +1,75 V, and λ=0. Small-signal voltage gain, Av = So VDD = 10V R₁ = 90kr Rs =5k CC1 WW R₂ = 110kn 50 C02 BL = 10 kr GND

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I need a drawing on how to connect the function generator, oscilliscope, and both multimeters. It is hard for me to follow text instructions. The function generator has a postive,common and negative. The oscilliscope has chanell A and B, both channels have a postive and a negative. I know you can provide text instruction but a little sketch would be very helpful thank you.

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Q1/ A three phase, 500 kVA, 6600 V, 50 Hz, 6 pole, star connected synchronous motor has synchronous impedance of J 70 ohm per phase at its normal rating, the motor is excited to give unity power factor at the input terminals. Find a) The rated current and power factor. b) The emf behind the synchronous impedance. c) The developed torque. d) The pull out torque. e) The increase in excitation which will just permit an increase of 30% of rated torque before pulling out of synchronism. (45 M.)

can you fin Vds and Vgs of all transistors and specify te operating region off all transistors and prove it. 58V 5.8 V 1.8V M2 0.9V 22222 と A 4852 m 3 01 A Voy = 0.2 V V4)=0.SV λ=0.1 V-1

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2 Find Inverse Fourier transform of F(jw) = 2w -16+w2, and plot the f(t).

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