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Unformatted text preview: Microelectronic Circuits 1 (Quiz 1) date: RUDE! 1W] 1’ (Fri) time: l4:2ﬁ~15:1{] 1. [543%] The circuit is in Fig.1. {a} Find the resistances looking into node VI. R1; node V1, Rs; node V3, R3; and node 332;, R4. (h) FincI the currents 1., 12, 13, and Is in terms of the input current I. [c] Find the voltages V1. V2, V3, and V4 in terms of [IR]. 2. [50%] Derive the transfer function of the circuit in Fig.2 (for an ideal op amp] [3) show that it can he written in the form R2 3L ‘E “1 I1+~—']x[l+iﬂi W2 Where his; and r112: 1. ole; can:1 Assuming Ihal Ihe circuiL is designed such that £1.12 on or] , ﬁnd approximate expressions for the transfer function in the following frequency regions: (In) to {e on (of: col cc e: <3: in: {d} w 3::- all {e} If m, 2-»: all, find an approximate expression for the transfer function in the frequency range of in: {4: w are m]. [50%) ...
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97ä¸Šé›»å­å­¸ç¬¬ä¸€&ael

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