2. Determine the reading of the instrument in the following circuits. a. 24 Ohms b. 4Ohns...
CW1-CO3 DETERMINE THE THEVENIN'S AND NORTON'S EQUIVALENT CIRCUITS OF THE FOLLOWING. 1. DETERMINE THE THEVENIN'S AND NORTON'S EQUIVALENT CIRCUITS. 5Ω 6Ω V ν a Vab ν: 10ν 2Α 20Ω b 2. 1ΚΩ 1ΚΩ να 2ν O 4ΚΩ 24A 4KSE ν b 3. 100Ω 150Ω Λ a να 24 200Ω Vab
Question 2 A process instrument reading 2 (volts) is thought to be related to a process stream flow rate V (L/s) and pressure P (kPa) by the expression: Z = avbps Using the three data points shown in the table above, calculate the constants a, b and cand indicate their units. In this particular case there is no regression to be performed, but only 3 equations in 3 unknowns to solve. 1 1.02 V (L/S P (kPa) z (volts) 1.20...
R1 = 20 Ohms R2 = 12 Ohms XL = 5 Ohms XC = -4 Ohms I1mag = 75 mA I1ang_deg = 70 degrees V2mag = 28 V V2ang_deg = -50 degrees ba Find, draw, and label the Thévenin and Norton equivalent circuits at terminals a, b (Phasor domain) Note: f is not given Format for Thévenin ckt: - {either mm an it 90-es here 5 Rena P Xth = ? _? sxeq=j? Volts Format for Norton ckt: leit here...
TODAYS CHALLENGE! For each of the following circuits, calculate the reading that the given meter(s) would display. Following that, construct the circuits paying special attention to the indicated power supply voltage and determine if theory agrees with reality. We were unable to transcribe this image
Design a Lossless L-Section matching circuits to match each of the following loads to 50 Ohms a generator at 3GHz. ZL=20-j80 (Ohms) ***Please only using the Smith Chart***
Given: Z1 = 4-j1.5 ohms; Z2 = 2+j4 ohms; Z3 = 2 ohms; 24 = 3 + j5 ohms. If the four impedances are connected in parallel, find the magnitude of equivalent impedance in ohms. (No need to include the phase angle, ONLY THE MAGNITUDE)
4i 1X Quiz 7m Given: Vin-24 V lin-4A R1-3 ? (Ohms) R2-12 ? (Ohms) Find the Thévenin equivalent circuit with respect to the terminals ab Th RTH- ? (Ohms)
5 METER 3 METER 1 A. Meter 1 reading equals _V. B. Meter 2 reading equals PO - V toy C. Meter 3 reading equals NEG lo abo 24 VDC oblojo 9! * IN B INPUT T MODULE D. Meter 4 reading equals V. METER 4 --METER 5 ဝ ၀၀bo5 E. Meter 5 reading equals V E. Meter 6 reading equals _ V. NEG 24 VDO OVERRIDE IN 10 IN 11 (၂၄၀၀ IN 12 IN 13 IN 14 METER 6-...
1. A lamp (R = 147 ohms), an electric heater (R = 24 ohms), and a fan (R = 49 ohms) are connected in parallel to an extension cord plugged into a 117 V outlet. (a) What total current is supplied to the circuit? (b) What is the voltage across the fan? (c) What is the current in the lamp? (d) What power is expended in the heater?
Problem 5.3-1 5 Ohms 20 Ohms o20 Ohms 2 The inputs to this circuit are the voltage source voltages v1 and v2. The output of the circuit is the voltage vo The output is related to the inputs by where a and b are constants. Determine the values of a and b with units of mV/V. mV/V and b mV/V.