The George Washington University School of Engineering and
... – Other useful circuit elements including transmission lines and mutual inductance ...
... – Other useful circuit elements including transmission lines and mutual inductance ...
Chapter 0 - UniMAP Portal
... the delay measured from the reference voltage on the input voltage, IN, to the reference voltage on the output voltage, OUT, with the output voltage going from H to L. ...
... the delay measured from the reference voltage on the input voltage, IN, to the reference voltage on the output voltage, OUT, with the output voltage going from H to L. ...
EI 704B Microelectronics and VLSI Technology
... EI 704B.3 Apply the concepts of digital circuit design for designing VLSI circuits using MOS transistors. EI 704B.4 Draw stick diagrams and Layout diagrams to represent VLSI design processes. EI 704B.5 Describe the digital VLSI circuit design using VHDL language. EI 704B.6 Design and Develop combina ...
... EI 704B.3 Apply the concepts of digital circuit design for designing VLSI circuits using MOS transistors. EI 704B.4 Draw stick diagrams and Layout diagrams to represent VLSI design processes. EI 704B.5 Describe the digital VLSI circuit design using VHDL language. EI 704B.6 Design and Develop combina ...
3. Logic Simulation Variable both function &timing Also checks
... erasable programmable logic devices - EPLD electrically erasable - EEPLD design partitioned into macrocells flip-flops used to make sequential circuits software used to program interconnections to optimize use of hardware • input specified from schematics, truth tables, state graphs, VHDL code ...
... erasable programmable logic devices - EPLD electrically erasable - EEPLD design partitioned into macrocells flip-flops used to make sequential circuits software used to program interconnections to optimize use of hardware • input specified from schematics, truth tables, state graphs, VHDL code ...
Build An Digital Integrated Circuit
... • Modern digital electronics uses an EDA software tools to design the block diagram of the circuit which is then downloaded into a programmable chip. • The resulting chip becomes an integrated circuit which will work exactly as it is designed. ...
... • Modern digital electronics uses an EDA software tools to design the block diagram of the circuit which is then downloaded into a programmable chip. • The resulting chip becomes an integrated circuit which will work exactly as it is designed. ...
Matt Kemp`s take on the EE interview process
... • Build an OPAMP with a gain of +10 • Build a switch for an LED using a MOSFET, 500 ohm resistor, 5 V source, button press and an LED • Build a circuit that will take a sinusoidal input and give a DC output = to the sinusoids amplitude • Analyzed a simple circuit they had built and point out the fla ...
... • Build an OPAMP with a gain of +10 • Build a switch for an LED using a MOSFET, 500 ohm resistor, 5 V source, button press and an LED • Build a circuit that will take a sinusoidal input and give a DC output = to the sinusoids amplitude • Analyzed a simple circuit they had built and point out the fla ...
Signal generators with FPGA
... • Signal generator produces alternating current (AC) of the desired frequencies and amplitudes with the necessary modulation for testing or measuring circuits. Users are able to know what state the circuit is in when the signals are distorted, attenuated or missing entirely. Therefore, it is importa ...
... • Signal generator produces alternating current (AC) of the desired frequencies and amplitudes with the necessary modulation for testing or measuring circuits. Users are able to know what state the circuit is in when the signals are distorted, attenuated or missing entirely. Therefore, it is importa ...
Theoretical Design Requirements cont.
... – If possible, break the full schematic diagram into smaller sections and explain each section’s circuit. Otherwise give a description of the full circuit’s operation. – Show all calculations that were used to design each section of the full schematic diagram (resistor values, wattages, currents, vo ...
... – If possible, break the full schematic diagram into smaller sections and explain each section’s circuit. Otherwise give a description of the full circuit’s operation. – Show all calculations that were used to design each section of the full schematic diagram (resistor values, wattages, currents, vo ...
Concurrency and Software Transactional Memories
... Implicit parallelism: functional languages. Hardware: VHDL, Verilog. ...
... Implicit parallelism: functional languages. Hardware: VHDL, Verilog. ...
130904ElectronicsMeetingNotes
... Power supply design will be deferred until bias and clock design is done. Appropriate power supplies will be chosen based on PSRR and other bias and clock filtering Substrate driver current capability needs to be determined A new voltage biasing scheme for the higher bias voltages was introduced. Th ...
... Power supply design will be deferred until bias and clock design is done. Appropriate power supplies will be chosen based on PSRR and other bias and clock filtering Substrate driver current capability needs to be determined A new voltage biasing scheme for the higher bias voltages was introduced. Th ...
Course
... Basic understanding of circuits (voltage, current, Ohm's Law) and electrical components (resistors, capacitors, switches) as well as electronics (diodes, transistors, FETs, op amps) ...
... Basic understanding of circuits (voltage, current, Ohm's Law) and electrical components (resistors, capacitors, switches) as well as electronics (diodes, transistors, FETs, op amps) ...
Digital System Design: Introduction
... The Design Process … then what Simulate • Test … repeat above steps as necessary • Build prototype • Test … repeat above steps as necessary • Final build … and most importantly ...
... The Design Process … then what Simulate • Test … repeat above steps as necessary • Build prototype • Test … repeat above steps as necessary • Final build … and most importantly ...
Document
... VHDL-abbreviation of Very high speed integrated circuit Hardware Description Language VHDL resulted from the work done in the ‘70s and early ‘80s by the U.S Department of Defense. In 1986,VHDL was proposed as an IEEE standard Its roots are in the ADA language ...
... VHDL-abbreviation of Very high speed integrated circuit Hardware Description Language VHDL resulted from the work done in the ‘70s and early ‘80s by the U.S Department of Defense. In 1986,VHDL was proposed as an IEEE standard Its roots are in the ADA language ...
Homework 5 ECE 520.491 CAD VLSI Design of Digital Circuits
... P2. Design a 2-input NOR gate in 180nm process. (a) Use the 180nm process, simulate the schematic of a 2-input NOR gate. Modify the W/L of the transistors in order to equalize the worst case rise and fall time. (b) Write a behavioral model for this gate. Include the worst case rise and fall times. S ...
... P2. Design a 2-input NOR gate in 180nm process. (a) Use the 180nm process, simulate the schematic of a 2-input NOR gate. Modify the W/L of the transistors in order to equalize the worst case rise and fall time. (b) Write a behavioral model for this gate. Include the worst case rise and fall times. S ...
ELE447 Digital Integrated Circuit Design I Syllabus Spring 2016
... A. J. Davis, Introduction to Integrated Circuit Design, Layout & Simulation, Laboratory Manual, 2004. Other sources of information provided on line & in the ref. Library. ...
... A. J. Davis, Introduction to Integrated Circuit Design, Layout & Simulation, Laboratory Manual, 2004. Other sources of information provided on line & in the ref. Library. ...
课程描述
... targeted at real hardware. The first part covers digital circuits as computer and digital system building blocks. A straightforward introduction is given to the use of Verilog hardware description language (HDL) widely used in industry for digital hardware design. Starting with simple combinational ...
... targeted at real hardware. The first part covers digital circuits as computer and digital system building blocks. A straightforward introduction is given to the use of Verilog hardware description language (HDL) widely used in industry for digital hardware design. Starting with simple combinational ...
Digital Electronics – Course Description
... Digital Electronics is the study of electronic circuits that are used to process and control digital signals. In contrast to analog electronics, where information is represented by a continuously varying voltage, digital signals are represented by two discreet voltages or logic levels. This distinct ...
... Digital Electronics is the study of electronic circuits that are used to process and control digital signals. In contrast to analog electronics, where information is represented by a continuously varying voltage, digital signals are represented by two discreet voltages or logic levels. This distinct ...