MicroelectronicsProviding practical information, this book coordinates the physical understanding of electronics with a theoretical and mathematical basis. With pedagogical use of second color, it covers devices in one place so that circuit characteristics are developed early. |
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analog approximate base bias binary bipolar capacitance capacitor carriers chip circuit in Fig CMOS collector current common-emitter stage components configuration constant controlled current source depicted in Fig depletion devices diffusion diode displayed in Fig drain electrons equation equivalent circuit Example fabrication feedback amplifier FIGURE FLIP-FLOP frequency gain Hence increase indicated in Fig input signal input voltage Integrated Circuits inverter JFET junction layer load line logic logic families MOSFET n-channel n-type NAND gate negative NMOS Note obtained ohmic Op-Amp operation output resistance output voltage parameters PMOS pnp transistor poles pulse R₁ R₂ rad/s ratio region resistor reverse-biased saturation Schottky transistor semiconductor shown in Fig silicon SiO2 small-signal substrate switch T₁ terminals Thévenin equivalent transfer characteristic transfer function truth table V₁ V₂ values VCE(sat volt-ampere waveform zero ΚΩ