1401Lab4Report

B5

C VIN VOUT In this circuit, R = 800 ohms and C = 1 F. The input vIN Consists of two sine-wave frequency components, one at 20 Hz and one at 2 kHz. Both are of amplitude 3 volts. The output voUT is best described as: O A single component, of 2020 Hz frequency and 6 volts peak amplitude O A2 kHz component of 3 volts plus a 20 Hz component of 0.05 volts O A 2000 Hz component of 3 volts plus a 20 Hz component of 0.3 volts O A2 kHz component of 30 volts plus a 20 Hz component of 0.3 volts

Page 1: 1. Page 2: 2 Page 3: 3 Page 4: 4 Page 5: *5 Dann L. Listen Consider the following circuit. The frequency of oscillation is: VCC 10V Vf R1 27kQ C3 HH 1nF R2 4.7KQ L1 10mH Q1 2N3903 131.64 kHz 735.8 Hz 3.4 kHz 735.85 kHz R3 10k0 Vout C4 HH 10nF A C1 47PF C2 10nF L2 1mH 2 of 25

Given: Np = 6 turns fin = 54 Hz Ns = 1 turn Vp = 215 Vac

Q2. Consider the following RISC-V loop: (i) (ii) (iii) (iv) (iv) (v) (vi) (vii) LOOP: beq x6, addi x6, x6, -1 add x11, x11, x5 addi x5, x5, 2 slli x7, x5, 1 beq x0, x0, LOOP beq x11, x0, DONE 2 | Page Assume that the register x6 is initialized to the value 5, x5 and x7 to the value 0, and x11 to the last digit of your student ID. All these initializations are performed using RISC-V instructions. Fill out the table below. Final value of x5 at the end of execution Final value of x7 at the end of execution Total number of instructions executed DONE: add x12, x11, x19 microarchitecture x0, DONE Number of cycles needed to execute these instructions in a single cycle microarchitecture Number of cycles needed to execute these instructions in a multi-cycle

Kalan süre 0:1 Q4. By using Table, determine VECQ and IEQ. Transistor Si and B-40. Last Vcc VEE Re Rc Digit of VEE (V) (V) (kO) (ko) Student No 50 RB -10 6. 75 6. Rc Vcc O a. VECQ=11.42 V and lEQ=8.79 mA