Download Electrical circuit theory by K C A Smith; R E Alley PDF

By K C A Smith; R E Alley

ISBN-10: 0521374073

ISBN-13: 9780521374071

ISBN-10: 0521377692

ISBN-13: 9780521377690

Show description

Read Online or Download Electrical circuit theory PDF

Similar electrical & electronics books

Introduction to Antenna Analysis Using EM Simulators (Antennas and Propagation)

Written for beginner engineers and engineering scholars, this easy-to-comprehend source deals readers thorough introductory-level remedy of antenna research utilizing electromagnetic (EM) simulators. This richly-illustrated e-book indicates find out how to use EM software program to research and track instant antennas to satisfy particular requisites.

Additional info for Electrical circuit theory

Example text

3-24) T ) From the result illustrated in Figure 3-15, we see that just like in the flash analysis, each technology becomes better than its predecessor only after a certain frequency boundary. However, the data in Figure 3-15 corrects the first order result that power should scale as 1/VDD. Depending on the speed requirements, technologies with lower VDD may yield lower power. 4 Slewing In the above discussion, we have assumed that the amplifier settles in a purely linear fashion. However, in practical switched capacitor circuits, the total settling time consists of a slewing and a linear settling time component.

Increasing design expertise is an important factor in progress, but it is virtually impossible to capture. Nevertheless, the results above provide good qualitative insight into the scaling behavior of matching-limited circuits and help explain the trends of the past decade. 5. SCALING IMPACT ON NOISE-LIMITED CIRCUITS In high-resolution ADCs, the power consumption tends to be set by noise constraints rather than matching. In cases where matching is critical, the desired accuracy is usually achieved through some form of calibration.

Device physics shows that the decrease in intrinsic gain is due to increased channel length modulation and Drain Induced Barrier Lowering (DIBL) for shorter channels [36]. Figure 3-5 shows intrinsic gain for the different technologies and drain bias for VOV=200mV. 18µm case is the extremely gentle transition to acceptable gain levels. 6V is required to achieve a device gain of 20. 8V. Figure 3-6 shows a zoom into the realistic biasing range that can be allocated in today’s designs. Just like decreasing VDD, the low intrinsic device gain in short channel technologies can be regarded as a dynamic range penalty.

Download PDF sample

Electrical circuit theory by K C A Smith; R E Alley


by Steven
4.0

Rated 4.29 of 5 – based on 18 votes