Determine the output voltage of the circuit given in Figure 2(b), when V1 = 3V, and V2 = 6 V
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Determine the output voltage of the circuit given in Figure 2(b),
when V1 = 3V, and V2 = 6 V .
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- in D2 • 10 V 5 kn Vin D1 5 kΩ H/2Table 1. Tabulation of Results NMOSFET Ammeter Reading Vgs Drain Power Supply voltage (V) Current, Ip (mA) 1 500mV 1000MV 1.50V 2V 2.10V 2.10V 2.20V 2.20V 2.50V 3V 3.50V 4V 4.50V 3. 4 5.79 mA 5.79 mA 21.0 mA 21.0 mA 21.3 mA 21.4 mA 21.4 mA 21.4 mA 21.4 mA 4.1 4.2 4.3 4.4 6. 8 Q. Based from the table above, a slight change in power supply voltage from 4.2 V to 4.3V will result to a rapid increase in drain current. True or False? Q. Based from the table above, what values of power supply voltage will register the first highest constant drain current? Q. Based from the table above, draw the curve of NMOSFET? 4445 O70 o 田R1=10 kohm R2= 95.88 kohm ECC=18 V
- Abdal Find the current flows through the red LED when it glows. R. 330 Q LED red 6 V 0.18 mA 18 mA 55 mA 0.055 mA Which one nf the following rectifier mostly used in a DC regulated power supply?What is the value of a 4 band resistor which has the first band - Green, the second band – Blue, the third band- orange, the fourth band - Gold? 56K + 10%. O 56K ± 5%. 5.6K = 5%. O 56K + 2%.Q 1: Calculate: 4 - Band (Red Green Black Gold). Q2: calculate: 5 - Band (Red yellow Black Gold green). 4-Band Color Code 25kn ts% 5-Band Color Code 460kn 21% 6-Band Color Code 276N i5% Multiplier Tolerance 1st Digit 2nd Digit 3rd Digit 0.01 Silver 0.1 Cald +10% Siluer +5% Gald Temperature Coefficient 1 1 1 2 +1% +2% 10 100ppm 3 100 50ppm 4 4 1k 15ppm 10k 25ppm 6 6 6 100k +0.5% 7 1M £0.25% 8. 8. 10м +0.1% 9 89