By Donald O. Pederson
Analog built-in Circuits for verbal exchange: ideas, Simulation and layout, moment version covers the research and layout of nonlinear analog built-in circuits that shape the foundation of present-day communique structures. either bipolar and MOS transistor circuits are analyzed and several other numerical examples are used to demonstrate the research and layout ideas built during this booklet.
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Extra resources for Analog Integrated Circuits for Communication
26. 2. (a) For V1 = V2 = 0 V, determine the quiescent bias state of the circuit. (b) If the signal input is V1 and the output voltage is Vo as shown, what are the input and output resistances and the small-signal voltage gain of the circuit? (c) Verify your estimates of (a) and (b) with Spice. (d) Plot the (large-signal) voltage-transfer characteristic of the circuit. TF output of Spice. 6 A Series Expansion to Obtain Distortion Components for the SCP 41 (e) Estimate the harmonic distortion of the circuit with a sinusoidal input amplitude of 60 mV.
Next, incremental (small-signal) components, v1 and v2 , are added to V1 and V2 , respectively. The input voltages can then be expressed as Vi1 = V1 +v1 and Vi2 = V2 + v2 . For the situation at hand, V1 and V2 remain equal to zero, and v2 is also assumed to be zero. 4. Note that the independent voltage sources are short circuits for this case, while the independent current source is an open circuit. Consistent with the assumption of an idealized ECP, we neglect for now the presence in each transistor of the ohmic base resistor, the ohmic collector resistor, and the eﬀects of base-width modulation.
3 Large-Signal Circuit Analysis of the ECP If the ECP is designed properly and if the input voltage is small, the transistors do not enter saturation during an input cycle. 13. In turn, the equilibrium equations of the circuit can be solved to provide a closed-form solution for the voltage transfer characteristic. 8 V is an appropriate zero-order model for currents of the order of mA. 9, no saturation will occur. The following equations describe the circuit. 3 Large-Signal Circuit Analysis of the ECP + VCC + VCC RC1 RC2 Vo1 Vo2 + V1 VBE1 25 + IC1 IC2 - VBE2 V2 - IEE - VEE Fig.
Analog Integrated Circuits for Communication by Donald O. Pederson