📘 ❞ Chapter 11 Laboratory Experiments with Standard ICs and FPCAs ❝ مذكّرة ــ إم موريس مانو
الكتب التقنية والحاسوبية العامة - 📖 ❞ مذكّرة Chapter 11 Laboratory Experiments with Standard ICs and FPCAs ❝ ــ إم موريس مانو 📖
█ _ إم موريس مانو 0 حصريا مذكّرة Chapter 11 Laboratory Experiments with Standard ICs and FPCAs 2024 FPCAs: 11 Laboratory Experiments with FPCAs 11 1 INTRODUCTION TO EXPERIMENTS This chapter presents 18 laboratory experiments in digital circuits logic design The experiments give the student using this book hands on experience can be consmcted by standard integrated (ICs) mounted breadboards that are easily assembled Iaboratory ordered according to material presented in last section consists of a number supplements suggestions for using Verilog HDL simulate verify functionality experiments, If an FPGA prototyping board is available, be implemented in as alternative A breadboard suitable for performing must have fallowing equipment: 1 Light emitfig diode (LED)in dicator lamps, 2 Toggle switches provide Iogic signals 3 Pulsers push buttons debounce generate single pulses 4 A clock pulse generator at least two frequencies: low Wuency hut pulse per second observe slow changes higher frequency observing waveforms oscilloscope 5 power supply 5 V 6 Socket strips mounting 7 Solid hookup wires pair wire strip cutting Digital trainers include requhd equipment arc uvnilable from several manufacturers, A trainer contains LED lamps, toggle switcbea, phm, variable clwk, الكتب التقنية والحاسوبية العامة مجاناً PDF اونلاين ركن خاص بكتب مجانيه للتحميل General ويوجد بيه مجموعة كتب مجالات الانترنت والبرامج المكتبية وتطبيقات ولغات البرمجة شرح لموضوعات تقنية باللغة العربية ومجموعة كبيرة من لغات خاصة ومجال الحاسوب بشكل عام
مذكّرة
Chapter 11 Laboratory Experiments with Standard ICs and FPCAs
ــ إم موريس مانو
مذكّرة
Chapter 11 Laboratory Experiments with Standard ICs and FPCAs
ــ إم موريس مانو
Chapter 11
Laboratory Experiments
with Standard ICs and FPCAs
11.1 INTRODUCTION TO EXPERIMENTS
This chapter presents 18 laboratory experiments in digital circuits and logic design. The experiments
give the student using this book hands-on experience. The digital circuits can be
consmcted by using standard integrated circuits (ICs) mounted on breadboards that are easily
assembled in the Iaboratory. The experiments are ordered according to the material presented
in the book. The last section consists of a number of supplements with suggestions for
using the Verilog HDL to simulate and verify the functionality of the digital circuits presented
in the experiments, If an FPGA prototyping board is available, the experiments can be implemented
in an FPGA as an alternative to standard ICs.
A logic breadboard suitable for performing the experiments must have the fallowing
equipment:
1. Light-emitfig diode (LED)in dicator lamps,
2. Toggle switches to provide logic-1 and Iogic-0 signals.
3. Pulsers with push buttons and debounce circuits to generate single pulses.
4. A clock-pulse generator with at least two frequencies: a low Wuency of hut 1 pulse
per second to observe slow changes in digital signals and a higher frequency for observing
waveforms in an oscilloscope.
5. A power supply of 5 V.
6. Socket strips for mounting the ICs.
7. Solid hookup wires and a pair of wire strip for cutting the wires.
Digital logic trainers that include the requhd equipment arc uvnilable from several manufacturers,
A digital Iogic trainer contains LED lamps, toggle switcbea, phm, a variable clwk,
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