20 10V 2Ω 20 ΔΩ AL 8. For the circuit in the figure, the load resistor RL might "see" a Thevenin equivalent circuit in its place. What are the values of the equivalent circuit? Hint: Voc is the same as Vth, and Req is the same as Rth. Voc 5, Req=1 Voc 1, Req=2 Voc 5, Req=2 Voc 4, Req=2

How did they do KVL, really stuck with KVL so explain simply.

In circuit shown in figure, the operating point is chosen such that Ic = 1.57 mA, VCE = 3.1V,If Rc = 2.5 KN, Vcc = 9 V and ß = 49 Determine the values of R1, R2 and Rɛ [VBE = 0.7 V and , = 106] RC R1 Vcc RE R2 Hobl- www www www www

Voltage Zener is used in the circuit below and the load current is to vary from 12 to 100 mA. Find the value of series resistance R and the range of load resistance to maintain a voltage of 7.2 V across the load. The input voltage is constant at 12V and the minimum Zener current is 10 mA. ... IL R Iz Eo RL Vz E, = 12 V

Q3 Please respond to question in attached image please.  Thank you.

Negative Clamping Circuit: Can you explain why the output voltage gets shifted down logically?

Calculate the dc and ac components of the output signal across load RL in the circuit of Figure * Vác = 150 V V, (ms) = 15 V V', (ms) R 500 2 C2 10μF Full-wave 15 μF 5 k2 rectifier Vdc= 136.4V, Vac= 3.9V Vdc= 163.4V, Vac= 9.3V Vdc= 13.4V, Vac= 9.9V None of the above

Don't know what these values are? What is H ? How can they add them?

Refer to the following figure. The circuit is a @ Battl www Oa. Positive limiter with positive bias O b. Negative clamper OC. Negative limiter with negative bias Od. Positive clamper

2.0 a. TMP35 b. TMP36 c. TMP37 +Vs - 3V Using the appropriate curve, develop a linear equation for the output temperature as a function of voltage. 1.8 1.6 E 1.4 1.2 1.0 0.8 0.6 0.4 0.2 -50 -25 25 50 75 100 125 TEMPERATURE (*C) Figure 6. Output Voltage vs. Temperature OUTPUT VOLTAGE (V) 200-20C 00