HW. If a current source i(t) = u(t) A is present at a-b in Fig. 2.23 with the arrow enterıing d, H(s) = Vcd/I1, and specify the natural frequencies present in ved(t). 0.1 µF a - 300 N 200 N bo od

swilch i8 connecled to posi hon I. The Lo position conslant Ifl e plot the nof!80d Ş fime conglants , i i8 connecled calculate the ime ymoeb 2. e decay cusve V vs f. 474F

For the circuit shown below, calculate (between nodes a and b) VTH. and ZTH. if In=450 mA, R1=100 Q, C1=0.7764 µF, L1=3881.83 µH and f-4100 Hz. VTH= Preview V. ZTH- Preview Ω. L1 (L1} a 11 C1 R1 {R1} {C1} b AC {IM}- The relative tolerance for this problem is 10 %.

1- For a particular JFET: Ipss= 3 mA, VGs(off) = -6 V, %3D and yfs(max) = 3000 µS. Using these values, determine the forward transconductance for VGS = - 2 V, And find Ip at this point. 2- The JFET given below has a VGsoff= - 6V and Ipss=10mA. Assume that you increase the supply voltage VDD beginning at zero until the ammeter reaches a steady value. a) What does the voltmeter and ammeter read at this point? b) Find the required VDD Rp A 4.7 kN Vpp