Compute for Vo. 4113 R₁ www 1 ΚΩ 6 V HITHI R₂ 1 ΚΩ Vo
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- VIN = 5.3V. Determine Io1 (in mA) ? %3D 20 K2 30 k2 I0Krz a. 0.325 Voi O b. -0.397 C. -0.325 40kz op amp #! o d. ±25 p amp #2 e. 0.397What is the equivalent resistance between points A and B when R = 26.1 Q? 5R R 5R A 4R Select one: O A. 46.06 O B. 39.15 OC. 133.11 O D. 80.91 O E. 43.50Calculate for, when B=80a) VB b) VE c) IE d) IB e) Ic f) Vc g) VCE
- Original Schematic and OrCAD Schematic: The input primary voltage is 250V, frequency 50 Hz, primary inductance setting is 2000H and secondary inductance is 10H and voltage peak to peak ripple is approximately equal to 92mv. U1 D4 IN our DINA002 C3 DIN002 90u R1 R2 10k TXI BC540A V1 VOFF =0 VAMPL 2 FREQ- 50 AC0 XFRM_LINICT-SEC D5 DIN4002 C2 0.384m 84 5 HH1) Set up the auxiliary equation for the lower supermesh. Response format: Ai1 ± Bi2 ± Ci3 ± Di4 = E 2) What is the value of ix in A?| - PHY196 24- A 3-nF capacitor with a 12-uC charge on it is discharged through a 3-kO resistor. What is the current after 9 us? O A) 0.39 A B) 0.19 A C) 0.49 A D) 0.59 A O E) 0.29 A
- Find the barrier voltage in a pn junction at T=300k assuming VT= 25.9 mV, NA=1018/cm3. ND=1017/cm3 0.0764 V 0.874 V 1.754 VQuestion 1 Find values of the intrinsic carrier concentration ni for silicon at 0°C. O 1.5 x 1010 carriers/cm3 O 1.5 x 109 carriers/cm3 O 1.5 x 109 carriers/cm2 O 5 x 109 carriers/cm3Given the circuit as shown, calculate the output voltage (Vout?) 12VRMS 50Hz F1 D1 D2 D3 D4 C1 1000μF Vout
- +Vcc V1 5 D2 .tran 10 QTLP690C R8 1k Q4 2N2222 R6 1k vout Q2 2N2222 R2 470 R4 56k C2 HE 47μ VCC C1 47μ Astable Multivibrator R3 56k R1 470 Q1 2N2222 R5 1k D1 QTLP690C R7 1k Q3 2N2222 What is the region of operation of the circuit when the waveform is a. OV b. 4V(Given) State Diagram State: State: Q1 QO 00 Input: A Output: Output: ZYX A= 0001 W A= 0 State: 01 Output: 0100 State: 11 Output: 1000 A= A= 1 A= A = 1 A= State: 10 Output: 0010 A=0Q3) Draw the output signal of the circuit shown in Figure 1 R1 ww 2000 R4 m 5KQ V4 R2 U1 2V 10k0 5 V1 2Vrms 1Hz 0 Figure 1 R3 m 10k0 Vout