Microelectronic Circuits¶
Sedra, A. S., & Smith, K. C. (2014). Microelectronic Circuits. Oxford University Press.
Cited by¶
6 citations across 4 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Amplification
- Oscillation onset
- Bandwidth constraints and the fundamental gain-bandwidth product
This sourceTreats the finite gain-bandwidth product as a fundamental amplifier constraint (high gain forces narrow bandwidth and vice versa, set by internal compensation and device physics). SUPPORTS the gain-bandwidth-tradeoff claim (re-sourced; original entry was a non-bibliographic placeholder).
- Real amplifiers face parasitic impedances and capacitances
This sourceTreats parasitic/junction capacitances and the Miller effect (C_M = C(1+A_v)) that degrade high-frequency amplifier gain and bandwidth. SUPPORTS the parasitic-capacitance / high-frequency-degradation claim (re-sourced; original entry was a non-bibliographic placeholder).
- Cascade
- Many disproportionate effects arise from amplification mechanisms that are not cascades at all: a lever, a transistor, or a megaphone produces a large output from a small input through a single amplifying stage, with no propagation through coupled neighbors and no re-emission.
This sourceStandard electronics text developing single-stage amplifiers (common-source, common-emitter) that produce large output from small input through one amplifying stage with no coupled re-emission, distinguishing simple gain from chained cascade propagation.
- Many disproportionate effects arise from amplification mechanisms that are not cascades at all: a lever, a transistor, or a megaphone produces a large output from a small input through a single amplifying stage, with no propagation through coupled neighbors and no re-emission.
- Selectivity Window
- In electronics and signal processing, filter passbands are selectivity windows over frequency and amplifier linear regions are windows over input voltage.
This sourceTreats filter passbands over frequency and amplifier linear (small-signal) operating regions over input voltage as bounded ranges of selective/linear behavior.
- In electronics and signal processing, filter passbands are selectivity windows over frequency and amplifier linear regions are windows over input voltage.
Domain-specific¶
- Channel-Length Modulation
- where \(\lambda\) summarizes the saturation-region current slope over a limited bias interval
This sourceSedra and Smith introduce the (1 + lambda*V_DS) multiplier and the finite output resistance in saturation that follows from it; reading lambda as a local slope good only over a limited bias interval is the article's own scoping.
- where \(\lambda\) summarizes the saturation-region current slope over a limited bias interval
Verification¶
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Links previously used in the corpus¶
Before the registry existed this work was also linked 1 other way.
Registry ID ref:e8c1bfe6cb83 · see in the full table