Schaum series digital electronics pdf

 

    Digital Electronics, Schaum 's Outline of Microprocessor Fundamentals, and The third edition of Schaum's Outline of Digital Principles contains many of. Digital Electronics: Principles, Devices and Applications Anil K. Maini Tokheim, R. L. () Schaum's Outline Series of Digital Principles, McGraw-Hill . Schaum's Outline of THEORY AND PROBLEMS OF DIGITAL · PRINCIPLES Schaum's outline series. Details. Category: Digital electronics. ISBN. NA. Copies.

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    Schaum Series Digital Electronics Pdf

    AND CIRCUITS. Second Edition. JIMMIE J. CATHEY, Ph.D. Professor of Electrical Engineering. University of Kentucky. Schaum's Outline. Download free e-books of Schaum's outline books of Electronics and Roger Tokheim-Schaum's Outline of Theory and Problems of Digital. Schaum's Outline Of Digital Principles (Engineering Technology) Schaum's Outline of Electronic Devices and Circuits, Second Edition (Schaum's Outlines).

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    An increase in the volume of the sound causes the fluctuation of the current or voltage to increase proportionally while keeping the same waveform or shape.

    Mechanical , pneumatic , hydraulic , and other systems may also use analogue signals. Inherent noise[ edit ] Analogue systems invariably include noise that is random disturbances or variations, some caused by the random thermal vibrations of atomic particles. Since all variations of an analogue signal are significant, any disturbance is equivalent to a change in the original signal and so appears as noise.

    Other sources of noise may include crosstalk from other signals or poorly designed components. These disturbances are reduced by shielding and by using low-noise amplifiers LNA. All operations that can be performed on an analogue signal such as amplification , filtering , limiting, and others, can also be duplicated in the digital domain.

    Every digital circuit is also an analogue circuit, in that the behaviour of any digital circuit can be explained using the rules of analogue circuits. The use of microelectronics has made digital devices cheap and widely available.

    Noise[ edit ] The effect of noise on an analogue circuit is a function of the level of noise.

    The greater the noise level, the more the analogue signal is disturbed, slowly becoming less usable. Because of this, analogue signals are said to "fail gracefully". Analogue signals can still contain intelligible information with very high levels of noise.

    Digital circuits, on the other hand, are not affected at all by the presence of noise until a certain threshold is reached, at which point they fail catastrophically. For digital telecommunications , it is possible to increase the noise threshold with the use of error detection and correction coding schemes and algorithms. Nevertheless, there is still a point at which catastrophic failure of the link occurs.

    In digital circuits the signal is regenerated at each logic gate , lessening or removing noise. However, noise is cumulative throughout the system and the amplifier itself will add to the noise according to its noise figure.

    Fundamental physical limits such as the shot noise in components limits the resolution of analogue signals.

    In digital electronics additional precision is obtained by using additional digits to represent the signal. The practical limit in the number of digits is determined by the performance of the analogue-to-digital converter ADC , since digital operations can usually be performed without loss of precision. An increase in the volume of the sound causes the fluctuation of the current or voltage to increase proportionally while keeping the same waveform or shape.

    Mechanical , pneumatic , hydraulic , and other systems may also use analogue signals. Inherent noise[ edit ] Analogue systems invariably include noise that is random disturbances or variations, some caused by the random thermal vibrations of atomic particles.

    Since all variations of an analogue signal are significant, any disturbance is equivalent to a change in the original signal and so appears as noise. Other sources of noise may include crosstalk from other signals or poorly designed components. These disturbances are reduced by shielding and by using low-noise amplifiers LNA.

    All operations that can be performed on an analogue signal such as amplification , filtering , limiting, and others, can also be duplicated in the digital domain.

    Every digital circuit is also an analogue circuit, in that the behaviour of any digital circuit can be explained using the rules of analogue circuits.

    The use of microelectronics has made digital devices cheap and widely available. Noise[ edit ] The effect of noise on an analogue circuit is a function of the level of noise.

    The greater the noise level, the more the analogue signal is disturbed, slowly becoming less usable. Because of this, analogue signals are said to "fail gracefully".

    Schaum's Outline of Electric Circuits, Sixth Edition

    Analogue signals can still contain intelligible information with very high levels of noise. Digital circuits, on the other hand, are not affected at all by the presence of noise until a certain threshold is reached, at which point they fail catastrophically. For digital telecommunications , it is possible to increase the noise threshold with the use of error detection and correction coding schemes and algorithms. Nevertheless, there is still a point at which catastrophic failure of the link occurs.

    In digital circuits the signal is regenerated at each logic gate , lessening or removing noise.

    Schaum's Outline of Digital Principles

    However, noise is cumulative throughout the system and the amplifier itself will add to the noise according to its noise figure. Fundamental physical limits such as the shot noise in components limits the resolution of analogue signals.

    In digital electronics additional precision is obtained by using additional digits to represent the signal. The practical limit in the number of digits is determined by the performance of the analogue-to-digital converter ADC , since digital operations can usually be performed without loss of precision.

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