Question Two What are the 16-bit 1's and 2's complements of the following binary numbers? a. 01100 b. 100111100001001

Q: A transistor connected in a common base configuration has the following readings I = 2 mA and I, =…

A: Given: A common base configuration transformer has the following readings, IE=2 mA,IB=20 μA.

Q: for the Vrms (magnitude only) across the capacitive reactance if R2 = 1082 ohms and Xc = 2328 ohms.…

A: Circuit is given as:

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A:

Q: Problem 5. A coil has a current of 50 mA flowing through it when the applied voltage is 12 V. What…

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Q: Three electric resistance heaters of length L = 250 mm

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Q: Determine the value of the current passing through a resistance of 8 2 in the network shown in the…

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Q: 1.Consider the block diagram shown in the following figure. Let us simplify (reduce) this block…

A: Given block diagram,

Q: why is the Non-inverting input impedance extremely high/large?

A: The input impedance of the operational amplifier is large but the input impedance of the…

Q: дноши for the lossless transmission lin below, the n is driven with a generator that has Eg=30 Vrms…

A: Given, Z0=50 Ωl=50 cmEg=30 VZg=25 Ω VSWR = 3.7

Q: 2. A lighting load of 1500 kW and a motor load of 2200 kW at a p.f. of 0-707 lagging is supplied by…

A:

Q: A 33 kV, 50 Hz. 3-phase underground cable, 6 km long uses three single core cables. Each of the…

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Q: 10. A 47 resistor and a capacitor with a capacitive reactance of 120 are in series across an ac…

A: SOLUTION GIVEN-->           LET                   RESISTOR = R ohm…

Q: Find the equivalent resistance RabRab for the circuit shown in (Figure 2). be 1.2 ΚΩ 4 kΩΣ 30 kΩΣ…

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Q: The coil of a relay takes a current of 0.15 A when it is at the room temperature of 25°C and…

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Q: Calculate the resistance of a copper tube 0.7 cm thick and 4 m long. The external diameter is 13 cm.…

A: We have been given a copper tube with,   External Diameter (D) = 13 cm Thickness = 0.7 cm Length = 4…

Q: For the following graph find the fourier series? Ans = sinx - + 2(cos 2x cos4x cos6x 1.3 3.5 5.7 +…

A: given wave form is a half wave rectified sinusoidal wave form.

Q: 10V 5 4 12 V 8 1 Determine the value of the current passing through a resistance of 8 2 in the…

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Q: Determine the Thévenin equivalent with respect In the terminals a, b for the circuit shown in Fig.…

A: Independent voltage source is short circuited to find the RTH:   v2=66+4×5000i1    =3000i1current…

Q: The equivalent resistance and reactance referred to the secondary side of a 10 kVA, 2200/440 V,…

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Q: A power station has a maximum demand of 100 MW and produces 1008 × 10^3 units per day. The power…

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Q: Check the linearity of the given systems: a) y(n) = 4x(n - 7) b) y(n) = 4x(6n)

A: Given:- a) yn=4xn-7b) yn=4x6n We have to find the linearity of the given system.

Q: In the circuit shown below each resistor are 10052. If the battery has 30 V potential differences…

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Q: Q3:-Using superposition, determine the current through the (6 ) resistor for network of Fig.2.…

A: It is given that:

Q: Consider the following system X₁=x₂-1 X₁₂=X²₁²-x₁ - x₂ + 1 Find the equlbrium 2

A: Please comment if you need any clarification. If you find my answer useful please put thumbs up.…

Q: 2) Determine (V) for the Iwo circuits below using superposition. 20 V www 652 www 2 A 252 www IA %…

A: In this question,  We need to calculate the output voltage Vo using the super position theorem.  In…

Q: Three loads are connected in parallel across a 250 V (rms) line, as shown in Fig. P10.27. Load 1…

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Q: In a moving coil instrument, the coil has a length of 5 cm, a width of 4 cm and 80 turns. The…

A: Given- L=5 cmB=4 cmno. of turns N=80magnetic flux B=0.1 Wb/m2torque T=0.5×10-7 Nm/degreeθ=60oTo…

Q: Vo below. the given cir ID1 Ge 31.3 V 17.6 V 39.3 V 32 V 31.7 V Si ID2 6.8 kohms 4 V Vo

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Q: -X Q3) avolum charge density of 2c/m³ at 2<r <4, find the fulx density at i) r=1, ii) r=3, iii) r=5…

A: SOLUTION GIVEN--&gt;           VOLUME CHARGE DENSITY = Pv ==&gt;       Pv…

Q: Simplify the following Boolean expressions, using four-variable K-maps: w′z+xz+x′y+wx′z

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Q: Exercise (3): Show that Z = dz di(z,t) dz R+ joL VG+jwC using the equations: v(2,1)= V(z)e and…

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Q: and (, we have, 1₁ + 1₂ E₁ + E₂ 2 Z+Z₁ 11

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Q: In the astable multivibrator shown in Fig. 18.13, R₂ = R, = 10 ks and C₁=C₂ 0.01 µF. Determine the…

A: We have been given an astable multivibrator as shown in figure, R2 = R3 = 10 KΩ = 104 Ω C1 = C2 =…

Q: This configuration can overcome the disturbances. Close-loop System Open-loop System Closed-loop…

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Q: Simplify the following Boolean functions by first finding the essential prime implicants: F (w, x,…

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A: We have an SCR circuit as shown in figure, with, gate trigger Voltage VT = 0.7 V Gate trigger…

Q: 1. Find voltages V₁, V2, and V3. SA ← 20 4.2 Mr t V₂ 62 10 A

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Q: 3. Two 750 kW alternators operate in parallel. The speed regulation of one machine is 100% to 103 %…

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Q: Design a sequential circuit with two JK flip-flops A and B and two inputs E and F. If E=0, the…

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Q: Determine the (i) operating frequency and (ii) feedbac fraction for Colpitt's oscillator shown in…

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Solid-state control

When an external voltage (AC or DC) is applied across the terminals of an electronic switching device that switches on or off is called solid-state relay (SSR) control. The solid-state relay control has no moving parts, and it serves the same function as an electromechanical relay that results in a lifetime operation. The solid-state relay responds to an appropriate input or control signal because it consists of a sensor. The solid-state relay also responds to a type of solid-state switching device that switches power to the load circuitry thereby enabling the control signal to activate this switch it consists of a coupling mechanism. The SSR are designed to switch either AC or DC load. The packaged SSR use power semiconductor devices such as transistors (either BJT or MOS) and thyristors to switch currents up to around a hundred amperes that are maximum current ratings. As compared to other electromechanical relays these SSR have fast switching speeds and have no physical contacts to wear out. The way an electromagnetic relay can withstand a large momentary overload, the SSR does not have such ability and the user of the solid-state relay must consider this, as well as their higher "ON" state resistance.