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1. CIRCUIT TERMINOLOGY CIRCUITS by Ulaby & Maharbiz.

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Presentation on theme: "1. CIRCUIT TERMINOLOGY CIRCUITS by Ulaby & Maharbiz."— Presentation transcript:

1 1. CIRCUIT TERMINOLOGY CIRCUITS by Ulaby & Maharbiz

2 Cell-Phone Architecture Chapter 1

3 Tech Brief 1: Micro- and Nanotechnology Chapter 1

4 Equivalent Circuit Using Dependent Source Chapter 1

5 Example 2-12: Piezoresistor Cantilever (400 times greater than w/o cantilever) Chapter 2

6 BJT: Our First 3 Terminal Device!  Active device with dc sources  Allows for input/output, gain/amplification, etc Chapter 3

7 Supernode  Current through voltage source is unknown  Less nodes to worry about, less work!  Write KVL equation for supernode  Write KCL equation for closed surface around supernode A supernode is formed when a voltage source connects two extraordinary nodes Chapter 3

8 Tech Brief 7: IC Fabrication Chapter 4

9

10 Multisim: MOSFET I-V Analyzer Chapter 4

11 Various types of capacitors Chapter 5

12 RC Op-Amp Circuits: Ideal Integrator Chapter 5

13 Example 5-15: Pulse Response Chapter 5

14 Critically Damped Response Critically damped  =  0 Chapter 6

15 RFID Circuit in Multisim Chapter 6

16 Voltage & Current Division Chapter 7

17 Power Supply Circuit Chapter 7

18 Chapter 8

19 Multisim Measurement of Power Chapter 8

20 Bandpass Filter Chapter 9

21 Example 9-10: Third-Order Lowpass Filter Chapter 9

22 Convolution Integral Impulse Response h(t): output of linear system when input is a delta function Input Output y(t) cannot depend on excitations occurring after time t Assumes x(t) = 0 for t < 0 Definition of convolution Chapter 10

23 Example 11-3: M-Waveform This oscillatory behavior of the Fourier series in the neighborhood of discontinuous points is called the Gibbs phenomenon. Chapter 11


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