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Dhe Type Mamatay ther மாயாபாலன்னில் அக- V. Modities 2 -L-1 2112 pts) The A- -12 -1...
fourier series 1. For each of the following functions id ther oddoces = {1+2 and v(t...
fourier series
1. For each of the following functions id ther oddoces = {1+2 and v(t + 4) = v(t) ft+2 if - 2<t<-1 Cu(t) = { if -1<t< 1 t-2 if i<t< 2 S-1 if -1<t<0 netlepro) = { t if 0<t<1 (O if -2 <t< -1 even m(t) = t if -1<t< 1 10 if i<t< 2 and oft+2) = o(t) and m(t + 4) = m(t) if - *<t<0 nedo(t) = {-- and vlt + 2) =...
Assume that a uniform p-type region of silicon with length L-10 μm, μη-1400 cm2/V-s, and lifetime...
Assume that a uniform p-type region of silicon with length L-10 μm, μη-1400 cm2/V-s, and lifetime t 1 us at T 300 K is uniformly illuminated by photon flux G 1019/cm2s. Assume that that all carriers are extracted at x-L (such that Δη-0), while An-1014 /cm3 at x 0. Assume that Po An everwhere. Now consider the system after reaching a steady state. 2. Write down the simplest form of the minority carrier diffusion equation that accurately describes its behavior....
2 9 4Ω 3Ω 8 V 9 V Assume that this circuit has reached steady state (i.e, all the currents are constant). Find l, 12, ls la and Is. Also, find the charge on the capacitor. 2 9 4Ω 3Ω 8 V 9 V...
2 9 4Ω 3Ω 8 V 9 V Assume that this circuit has reached steady state (i.e, all the currents are constant). Find l, 12, ls la and Is. Also, find the charge on the capacitor.
2 9 4Ω 3Ω 8 V 9 V Assume that this circuit has reached steady state (i.e, all the currents are constant). Find l, 12, ls la and Is. Also, find the charge on the capacitor.
1. Referring to Fig. 1: (12 pts. a. Determine the type of feedback circuit per stage...
1. Referring to Fig. 1: (12 pts. a. Determine the type of feedback circuit per stage b. The output voltage of the first stage. c. The current flowing through R4. d. The output impedance Zof of the last stage R2 1 KO Vec 15 V А в 15 V F 741C 74106 O G I 1 MA (1 VE -15 V 100 kg 512 Fig. 1 2. Design a 555 timer that free-runs at a frequency of 1 kHz and...
1 pts Question 1 Let E= 10.0 V, R1 = 100, R2 = 1902, R3 = 310 and L=2.00 H. What is the current iz when the switch...
1 pts Question 1 Let E= 10.0 V, R1 = 100, R2 = 1902, R3 = 310 and L=2.00 H. What is the current iz when the switch is first closed (at t=0)? Express your answer in mA. 1 -132 LA 3 21 .- ALE w 0 M → L T 1 / Question 2 / / Let E= 12.0 V, R2 = 110 12. R2 - 160 12. R3 = 290 Sand L = 2.00 H. What is the...
Question 1 12 pts A 2 kg rock is pushed off of a cliff that is...
Question 1 12 pts A 2 kg rock is pushed off of a cliff that is a height of 36 m above the ground. a) What is the gravitational potential energy at this height? b) Using the Conservation of Energy and assuming there is no air resistance, find the speed of the rock just before it touches the ground. c) If there were air resistance, would the speed just before it hit the ground be lower or higher than you...
8. (2 pts) if we have a tem diffuse with a diffusion that is constante m...
8. (2 pts) if we have a tem diffuse with a diffusion that is constante m Do What do we call this type of diffusion? __ S L OT [b] What equation should be used in this case? TL-D do (4 pts) The Hume Rothery rules help to identify what elements will form a solid solution Ustall four rules below (1) asoma radius <215 - Similar atomic size 12] Same elecHonogavity Crystal structures rystal structure electronegativites 141 Valancy - Valencies....
1. (20 pts) Consider the L-stiffener with the cross-section geometry shown a) (S pts) Determine t...
1. (20 pts) Consider the L-stiffener with the cross-section geometry shown a) (S pts) Determine the location of the Centrorid (i.e. find a and b) b) (5 pts) Determine the moments and product of inertia using the coordinate axes shown (i.e. findふ1, and in). c) (5 pts) If the maximum allowable stress in 12 ksi (tension or compression), determine the largest allowable bending moment about the e axis, Mo. As part of your work, determine where the maximum tensile and...
VOD R1 R3 ie + ij Vop=10V 2=0.01 V-1 for ac analysis only Hp Cox(W/L)p=250uA/V2 un...
VOD R1 R3 ie + ij Vop=10V 2=0.01 V-1 for ac analysis only Hp Cox(W/L)p=250uA/V2 un Cox(W/L)n=5004A/V2 | Vtpl= |Vtn/=1.2V RL=3k92 Ri=10022 R1=71622 R2=75692 C1=2uF C2=5uF C3=3uF Cgs=12pF Cgd=8pF 7 03 ROUT R. V. Ri C1 RIN R2 R4 C2 A. (12 pts) Calculate values for R3 and R4 for the amplifier circuit given a Q point of (1.2mA, 5.5V). R3 R4 B. (13 pts) Calculate a value for the estimate of the high cutoff frequency of the amplifier. Include...
2. L -0,1,1 -1, 1-1 and .-12.-1.1 (a) Show that ... and are mutually orthogonal with...
2. L -0,1,1 -1, 1-1 and .-12.-1.1 (a) Show that ... and are mutually orthogonal with respect to the Euclidian in product (h) Represent the w -11.2.3 and -14.-21" a linear combination of the vectors .., and Write = 0.9 +29+09. Use the orthogonality to find efficient . )
fourier series
1. For each of the following functions id ther oddoces = {1+2 and v(t + 4) = v(t) ft+2 if - 2<t<-1 Cu(t) = { if -1<t< 1 t-2 if i<t< 2 S-1 if -1<t<0 netlepro) = { t if 0<t<1 (O if -2 <t< -1 even m(t) = t if -1<t< 1 10 if i<t< 2 and oft+2) = o(t) and m(t + 4) = m(t) if - *<t<0 nedo(t) = {-- and vlt + 2) =...
Assume that a uniform p-type region of silicon with length L-10 μm, μη-1400 cm2/V-s, and lifetime t 1 us at T 300 K is uniformly illuminated by photon flux G 1019/cm2s. Assume that that all carriers are extracted at x-L (such that Δη-0), while An-1014 /cm3 at x 0. Assume that Po An everwhere. Now consider the system after reaching a steady state. 2. Write down the simplest form of the minority carrier diffusion equation that accurately describes its behavior....
2 9 4Ω 3Ω 8 V 9 V Assume that this circuit has reached steady state (i.e, all the currents are constant). Find l, 12, ls la and Is. Also, find the charge on the capacitor.
2 9 4Ω 3Ω 8 V 9 V Assume that this circuit has reached steady state (i.e, all the currents are constant). Find l, 12, ls la and Is. Also, find the charge on the capacitor.
1. Referring to Fig. 1: (12 pts. a. Determine the type of feedback circuit per stage b. The output voltage of the first stage. c. The current flowing through R4. d. The output impedance Zof of the last stage R2 1 KO Vec 15 V А в 15 V F 741C 74106 O G I 1 MA (1 VE -15 V 100 kg 512 Fig. 1 2. Design a 555 timer that free-runs at a frequency of 1 kHz and...
1 pts Question 1 Let E= 10.0 V, R1 = 100, R2 = 1902, R3 = 310 and L=2.00 H. What is the current iz when the switch is first closed (at t=0)? Express your answer in mA. 1 -132 LA 3 21 .- ALE w 0 M → L T 1 / Question 2 / / Let E= 12.0 V, R2 = 110 12. R2 - 160 12. R3 = 290 Sand L = 2.00 H. What is the...
Question 1 12 pts A 2 kg rock is pushed off of a cliff that is a height of 36 m above the ground. a) What is the gravitational potential energy at this height? b) Using the Conservation of Energy and assuming there is no air resistance, find the speed of the rock just before it touches the ground. c) If there were air resistance, would the speed just before it hit the ground be lower or higher than you...
8. (2 pts) if we have a tem diffuse with a diffusion that is constante m Do What do we call this type of diffusion? __ S L OT [b] What equation should be used in this case? TL-D do (4 pts) The Hume Rothery rules help to identify what elements will form a solid solution Ustall four rules below (1) asoma radius <215 - Similar atomic size 12] Same elecHonogavity Crystal structures rystal structure electronegativites 141 Valancy - Valencies....
1. (20 pts) Consider the L-stiffener with the cross-section geometry shown a) (S pts) Determine the location of the Centrorid (i.e. find a and b) b) (5 pts) Determine the moments and product of inertia using the coordinate axes shown (i.e. findふ1, and in). c) (5 pts) If the maximum allowable stress in 12 ksi (tension or compression), determine the largest allowable bending moment about the e axis, Mo. As part of your work, determine where the maximum tensile and...
VOD R1 R3 ie + ij Vop=10V 2=0.01 V-1 for ac analysis only Hp Cox(W/L)p=250uA/V2 un Cox(W/L)n=5004A/V2 | Vtpl= |Vtn/=1.2V RL=3k92 Ri=10022 R1=71622 R2=75692 C1=2uF C2=5uF C3=3uF Cgs=12pF Cgd=8pF 7 03 ROUT R. V. Ri C1 RIN R2 R4 C2 A. (12 pts) Calculate values for R3 and R4 for the amplifier circuit given a Q point of (1.2mA, 5.5V). R3 R4 B. (13 pts) Calculate a value for the estimate of the high cutoff frequency of the amplifier. Include...
2. L -0,1,1 -1, 1-1 and .-12.-1.1 (a) Show that ... and are mutually orthogonal with respect to the Euclidian in product (h) Represent the w -11.2.3 and -14.-21" a linear combination of the vectors .., and Write = 0.9 +29+09. Use the orthogonality to find efficient . )
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