1. When the frequency of the input signal to a CMOS gate is increased, the average power dissipation(a) decreases(b) increases(e) does not change(d) decreases exponentially2. CMOS operates more reliably than TTL in a high-noise environment because of its(a) lower noise margin(c) higher noise margin3. Proper handling of a CMOS device is necessary because of its(a) fragile construction9. ECL cannot be used in(b) high-noise immunity(c) susceptibility to electrostatic discharge(d) low power dissipation5. An open TTL NOR gate input(a) acts as a LOW(e) should be grounded(e) answers (b) and (c)4. Which of the following is not a TTL circuit?(a) 74F00(c) 74HC006. An LS TTL gate can drive a maximum of(a) 20 unit loads(c) 40 unit loads(b) input capacitance(d) smaller power dissipation(b) acts as a HIGH(d) should be connected to Vcc through a resistor(f) answers (a) and (c)(b) 10 unit loads(d) unlimited unit loads(a) high-noise environments(b) damp environments(e) high-frequency applications7. If two unused inputs of a LS TTL gate are connected to an input being driven by another LSTTL gate, the total number of remaining unit loads that can be driven by this gate is(a) seven(c) seventeen8. The main advantage of ECL over TTL or CMOS is(a) ECL is less expensive(b) ECL consumes less power(e) ECL is available in a greater variety of circuit types(d) ECL is faster(b) eight(d) unlimited(b) 74AS00(d) 74ALS0010. The basic mechanism for storing a data bit in an E-CMOS cell is(a) control gate(b) floating drain(c) floating gate(d) cell current

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1. When the frequency of the input signal to a CMOS gate is increased, the average power dissipation (a) decreases (b) increases (e) does not change (d) decreases exponentially (e) should be grounded (e) answers (b) and (c) 2. CMOS operates more reliably than TTL in a high-noise environment because of its (a) lower noise margin (c) higher noise margin (b) input capacitance (d) smaller power dissipation 3. Proper handling of a CMOS device is necessary because of its (a) fragile construction (b) high-noise immunity (c) susceptibility to electrostatic discharge (d) low power dissipation 5. An open TTL NOR gate input (a) acts as a LOW 4. Which of the following is not a TTL circuit? (a) 74F00 (c) 74HC00 (b) 74AS00 (d) 74ALS00 (b) acts as a HIGH (d) should be connected to Vec through a resistor (f) answers (a) and (c)

1. When the frequency of the input signal to a CMOS gate is increased, the average power dissipation (a) decreases (b) increases (e) does not change (d) decreases exponentially (e) should be grounded (e) answers (b) and (c) 2. CMOS operates more reliably than TTL in a high-noise environment because of its (a) lower noise margin (c) higher noise margin (b) input capacitance (d) smaller power dissipation 3. Proper handling of a CMOS device is necessary because of its (a) fragile construction (b) high-noise immunity (c) susceptibility to electrostatic discharge (d) low power dissipation 5. An open TTL NOR gate input (a) acts as a LOW 4. Which of the following is not a TTL circuit? (a) 74F00 (c) 74HC00 (b) 74AS00 (d) 74ALS00 (b) acts as a HIGH (d) should be connected to Vec through a resistor (f) answers (a) and (c)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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