For the differential amplifier circuit ¡n Figure P17.1, neglect the base currents. (a) Determine
Figure P17.1
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Microelectronics: Circuit Analysis and Design
- 9. For the circuit shown in Figure Bl19a, Ve- 20V Rc 3k R = 10k 2 Wr VCE VBB=3V Figure B19a i) Sketch the DC load line in the Graph B19. ii) Calculate the Q point, if the zero signal base current is 50 µA and a -0.991. Mark the Q point in load line. D Focus 重 f8 fg f10 insort sc f12 & 近arrow_forward(a) A source follower is drawn as a two-port as shoen. Calculate Gm and Gr for this amplifier in terms of the small-signal parameters. Compare the two results. (b) What are the values of Gm and Gr if RG = 1 MΩ, RD = 50 kΩ, gm = 500 μS, and ro = 450 kμ?arrow_forward8) In digital communication systems, analog signal input is converted to digital form by three processes which are sampling, quantization quantization and encoding. List out and explain briefly the sampling types.. Ca malarrow_forward
- 1arrow_forward1. Suppose that you have a 12-bit, successive approximation register (SAR) A/D converter with a total conversion time of 100 microseconds (including sampling time). a). What is the maximum frequency of an analog signal that it can capture? b). Suppose that the converter can convert an input voltage over the range of 0 to +3.3V, what is the minimum voltage change that should be measurable by this converter? c). What is the quantization error of the ADC?arrow_forwardDefine in your own words what is a small signal FET when it comes to Av, Ai, ri, ro of the circuit.arrow_forward
- 19. For the circuit shown in Figure B19a, Va 20V Rc= 3k2 RB = 10k2 VCE Figure B19a Sketch the DC load line in the Graph B19. Calculate the Q point, if the zero signal base current is 50 µA and a =0.991. Mark the Q point in load line. Graph B19 arch (hp 立arrow_forward3. Given a 4-bit DAC with the input/output table below, with a 10V Vref. (a) What is the offset error? (b) What is the gain error?arrow_forwardExplain the answersarrow_forward
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