How much is the maximum audio frequency of Doppler ultrasonic blood flow meter that has a carrier frequency of 2 MHz a transducer angle of 45∘∘ , a blood velocity of 120 cm/s and acoustic velocity of 1500 m/s?

Q: Q.3 Determine the A = B, A > B, and A B A=B A<B FIGURE 02

A: GIVEN CIRCUIT

Q: 300 30.0 200 200 100 10.0 L1 C1 20mH 00 00 V2 30 Vpk 159.23 Hz -100 -100 R2 300 R1 200 20.0 600…

A: From lissajous figure we can calculate the phase difference between two signals of channel A and B

Q: For the following circuit, find out the output waveforms for the given input signal. You need to…

A: At first the input voltage will entered through capacitor.

Q: Determine v. for the circuit below for the input indicated. f = 1000 Hz 10 C = 1uF 13 Vị 100 k2 V 5V…

A:

Q: R1 Vout Vin 1k C1 V1 AC 1 Find the value of C1 (in 4 decimal places) so that the cutoff frequency…

A:

Q: When VGSQ=7V, C1=96nF C2=44nF What is the low cut-off frequency of the system? Note : rd will be…

A: It is given that:  VGSQ=7V,C1=96nF,C2=44nF

Q: What is the frequency of oscillation for the triangular wave oscillator shown below? Show the…

A: Given:

Q: 3x8 multiplexer Ca,b,c are mux inputs): a フ+

A: The function at each output terminal of a decoder is a min term and the function is given is max…

Q: . Determine R1, Vcc, and ΔV. Vce = 5.334V, re´ = 12.34Ω, β = 98, Re = 3.3k.

A: Dc model will be

Q: Extrinsic photo-detectors are mainly used to detect very high frequency ph Select one: True False

A: Extrinsic photo-detectors are used to detect low frequency or longer wavelength photons.

Q: R1 R3 Calculate the frequency of oscillation for each circuit in Figure 5 mH 1000 pF below and…

A: Consider the given question;

Q: O a. A O b. B+AC O c. B O d. A+BC

A: to simplify AB+AB+C+BB+C=???

Q: -The electric field intensity ? L/A C V/I C V/R C V/L C None of them.

A: In this question we will write about electric field intensity...

Q: 2.2 ka +8 V 2.2 Ω+ (a) (b) + 16

A: This problem can be done by applying kvl during diode ON and OFF cases

Q: +53V ER RESET DESCH 555 ER, THRESH OUT TRIG CONT CIND 0.047 F er to Fig 6. To what value must Cext…

A:

Q: please explain how my professor got this answer

A: Hope you got your answer.Kindly do rate this helpful...if you find.Thank You

Q: (a)- 05, (b) 0:5 9-2 + 2v - (c) 2.5, (d)1.5 エ

A: Your options are incorrect.

Q: What is the reactive power on the capacitor?

A: Fig: Given circuit  Given that  i(t)=4cos5000t  mA=4∠0°  mAω=5000 rad/sec…

Q: Required information Consider the oscillator circuit given below, where L = 0.6 mH and R= 66 kQ. 20…

A:

Q: A chopper has input voltage of 250 and the load resistance as 6Ω, the average load current as 53.5A.…

A:

Q: ER R Find Ry

A:

Q: 0 Vm T 2 T + Vi 15 - R +

A: Assuming ideal diode, diode will conduct if vi&gt;v and if vi&lt;v diode will be off.

Q: convert the following into decibel meter? a. 100mw       b.2mw        c.10w

A: The formula that is used to convert watt into decibel meter is shown below:  P(dBm)=10logp(W)+30…

Q: Vs f = 150 Hz C 0.1 μF

A:

Q: Vin 500 £2 www 500 2 200μF Yout Ω Determine the frequency response Vout(W)/Vin(jw) for the circuit.

A:

Q: The resonant frequency of the circuit shown is most nearly (Hz): + C L R = 25 k2, L = 5 mH, C = 5 µF…

A: Given: A RLC circuit with R=25K Ohms L= 5mH C=5x10-6 F   The Formula for resonant Frequency for a…

Q: An inductor has L = 10 mH, f = 1.5 kHz, and I = 200 mA Đ-40°. Determine X1, i, V, and v. XL = V = --…

A: L=10 mHf=1.5 kHzI=200 mA

Q: Simplify AB + B(A+C) + A(A+C) Answer = %3D O B O A+BC O A O B+AC

A: Given that AB+ B(A+C)+A(A+C)

Q: Calculate the pulse width, rise time, and fall time of the pulse below. on an aprądzy 100 80 70 60…

A: Given: Waveform:

Q: Calculate the value of R2 required to increase the frequency to 50Hz

A:

Q: Fnd the equivalent vesistance and delemine UI mthe nelwork inFigure beclow 2 52 Ro 24 E ட

A:

Q: The value of

A:

Q: loov I SCR IL Pulse width. ? OSH VI, V Iz www ska

A: The pulse width is evaluated as:

Q: 2. Design the phase-shift oscillator shown in the below figure to operate at fo = 80 kHz. Let C =…

A:

Q: Please explain the working of this circuit.

A: The circuit provided is shown below:

Q: 10 mH ell ao 60 Ω 60 Ω 60 Ω 30 µF

A:

Q: a. What is the intended function, what is the expected output of an astable multivibrator?

A: What is the intended function, what is the expected output of an astable multivibrator?

Q: (a) Calculate the time constant t and the pole frequency fp (in Hz) of the circuit below V out + 20…

A:

Q: Consider the following circuit. The frequency of oscillation is: | 47 ΚΩ 5.39 kHz 1.35 kHz 29.67 kHz…

A:

Q: HW: Determine the range of the oscillation frequency. 9V 555 1mA 4 50ΚΩ RQ ΙΚΩΣ 0.1μF: 7 62 8 555 21…

A: A periodic movement that repeats itself in an everyday cycle, which includes a sine wave with…

Q: For the below IC 555 configuration, pulse duration will be? 5 ΚΩ 6 μF Trigger Input 6 7 2 1 4 5 3…

A: Given: The above given diagram is a monostable configuration.

Q: 7. Draw the output waveform for a sinusoidal input Vin(pp) - 30V (Assuming D1 is Silicon diode & D2…

A: We need to find out the output voltage for given circuit

Q: Listen +5.0 V- Vin OV -5.0 V- (b) (c) (d) none are correct www (a) 10 ΚΩ 3.3 V V -V out out(max)…

A: It is asked to find the output of given op amp circuit for given input

Transmission Line Parameters

The performance of a power system is mostly determined by the producing stations and transmission lines in the system which can be studied with the help of transmission line parameters.