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- Please use parts (i) and (ii) to complete Table 3.0 for the circuits shown in Figure 3.0a and 3.0b, respectively. Include all calculations and steps. Ignore the MultiSIM input sections when completing Table 3.0. Thank you very much!Explain why when calculating the input resistance, the two 2k ohms resistors are considered parallel and they are considered in series with 3kohms oneDetermine the resistances R4 and R5 in Figure 6
- Determine the impedance of the circuit of Figure 4.4 at frequencies of 1 kHz, 20 kHz and 1 MHz. NOTE: Resistance values are in OhmsIt has the advantage of having less number of resistors used (three) compared to voltage divider without sacrificing much stability. Can you please point out the exam answer below. 1. Emitter-Stabilized 2. Voltage Feedback 3. Fixed-Bias 4. Voltage DividerDefine the region of operation for the JFET of figure 6.57 if VDSmax= 25 V and PDmax= 120 mW.
- 18.Calculate the total power of a solar cell module has 100 cells, in 5 strings parallel, each string has 20 series solar cells, each solar cell would has a short circuit current Isc = 4 Amp and an open circuit voltage Voc = 0.6 VoltsIn order to measure a temperature of 25 degrees a thermoresitor type Pt100 is connected in one of the legs of a Wheatstone bridge. The other 3 resistors in the bridge circuit are 100 Ω each. During the measurement the bridge will be: - Unbalanced - Balanced - the balance is not important - the Wheatstone bridge cannot be used in that caseThe internal resistance of an ideal voltage source is _____. * A. Infinite B. Equal to the load resistance C. Zero D. To be determined
- Voltage divider bias Please select one: a. requires fewer components than all other methods b. can be essentially independent of ß_dc c. it is not widely used d. cannot be independent of ß_dcWith a voltage divider bias circuit calculate the value of base current with R1 = 20.9 kΩ, R2 = 30 kΩ, RC = 150 kΩ, and RE = 150 kΩ. (hfe = 101) (Vcc = 9 V)(Assume Vbe = 0.7)The switch, s, in the circuit shown in Figure 6 has been openfor a long time. Determine;a. The current that will flow through R1 after the switch isclosed.b. The peak current that will flow through the switch.