Sequential Circuits`` Part A (PPT Slides)
... you start with count 0 and then proceed with count 1 and then to count 2 … The counter is an example of a sequential circuit that needs to remember the previous state in order for it go to the correct new state. The output of the counter is based on the current state and also the inputs. You insert ...
... you start with count 0 and then proceed with count 1 and then to count 2 … The counter is an example of a sequential circuit that needs to remember the previous state in order for it go to the correct new state. The output of the counter is based on the current state and also the inputs. You insert ...
FEATURES APPLICATIONS DESCRIPTION FUNCTIONAL BLOCK
... Maximum Data Rate For ADuM1100A and ADuM1100B: Propagation Delay Time to ...
... Maximum Data Rate For ADuM1100A and ADuM1100B: Propagation Delay Time to ...
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... Due to the growing market of portable devices (such as personal digital assistants, cellular phones, etc.), low power dissipation has become a very important issue in integrated circuit design. Among the many design techniques, the adiabatic approach is one method used in logic circuits to achieve l ...
... Due to the growing market of portable devices (such as personal digital assistants, cellular phones, etc.), low power dissipation has become a very important issue in integrated circuit design. Among the many design techniques, the adiabatic approach is one method used in logic circuits to achieve l ...
Design and Characterization of a QLUT in a Standard CMOS Process
... avoiding the extra steps in the fabrication process for the generation of transistors with different Vth s. We have designed and characterized the cell we have proposed in [1]. In this paper, we describe the options taken for its design, present the experimental set up used for its characterization ...
... avoiding the extra steps in the fabrication process for the generation of transistors with different Vth s. We have designed and characterized the cell we have proposed in [1]. In this paper, we describe the options taken for its design, present the experimental set up used for its characterization ...
Study of logic gates
... Application • 1) A certain system contains two identical circuits operating in parallel. As long as both are operating properly, the outputs of both circuits are always same. If one of the circuits fails, the outputs will be at opposite levels at some time. Device a way to detect that a failure has ...
... Application • 1) A certain system contains two identical circuits operating in parallel. As long as both are operating properly, the outputs of both circuits are always same. If one of the circuits fails, the outputs will be at opposite levels at some time. Device a way to detect that a failure has ...
A. Agnes, E. Bonizzoni, P. Malcovati, F. Maloberti: "A 9.4
... bits resolution, but the consumed power must be very low: few µW or a FOM = P/(2ENoBfsampl) lower than 0.1pJ/conversion-step. To achieve this target, the successive approximation algorithm is a convenient solution, because it requires only a comparator, a capacitive array and digital logic [1, 2]. I ...
... bits resolution, but the consumed power must be very low: few µW or a FOM = P/(2ENoBfsampl) lower than 0.1pJ/conversion-step. To achieve this target, the successive approximation algorithm is a convenient solution, because it requires only a comparator, a capacitive array and digital logic [1, 2]. I ...
G48033641
... the nano regime. A clear difference in performance can be obtained by analyzing the Power Delay Product of each structure. For both cases as from Table III and Table IV, better PDP is obtained for the LP-FTL structure. From this analysis we can conclude that the advantages of using the proposed MFTL ...
... the nano regime. A clear difference in performance can be obtained by analyzing the Power Delay Product of each structure. For both cases as from Table III and Table IV, better PDP is obtained for the LP-FTL structure. From this analysis we can conclude that the advantages of using the proposed MFTL ...
PDF
... mirror current, two states may occur. The gate voltage of the keeper transistor depends upon which current is greater than the other. Then due to the positive feedback consisting of M4 and Mkeeper , the voltage of node K is determined. First, if all inputs are in low level, the mirror current is gre ...
... mirror current, two states may occur. The gate voltage of the keeper transistor depends upon which current is greater than the other. Then due to the positive feedback consisting of M4 and Mkeeper , the voltage of node K is determined. First, if all inputs are in low level, the mirror current is gre ...
Structural computer-aided design of current
... segments, that have the desired values at the discrete points allowed in the multiple-valued logic system. After a few of these C K L circuits, the logic levels have to be restored, because of the generation and propagation of deviations from the exact logic values. A level restoration circuit can b ...
... segments, that have the desired values at the discrete points allowed in the multiple-valued logic system. After a few of these C K L circuits, the logic levels have to be restored, because of the generation and propagation of deviations from the exact logic values. A level restoration circuit can b ...
Slide 1
... E6E05 -- Which of the following noise figure values is typical of a low-noise UHF preamplifier? A. 2 dB B. -10 dB C. 44 dBm D. -20 dBm ...
... E6E05 -- Which of the following noise figure values is typical of a low-noise UHF preamplifier? A. 2 dB B. -10 dB C. 44 dBm D. -20 dBm ...
IV Semester
... 1. Provides introduction to logic designs and the basic building blocks used in digital systems. 2. To understand the number systems and codes, Boolean algebra, and logic gates. 3. To minimize the logical functions using Boolean algebra, K-maps, tabular method, and also to understand combinational c ...
... 1. Provides introduction to logic designs and the basic building blocks used in digital systems. 2. To understand the number systems and codes, Boolean algebra, and logic gates. 3. To minimize the logical functions using Boolean algebra, K-maps, tabular method, and also to understand combinational c ...
Electronics
... frequency response characteristics and design considerations. BJT digital applications TTL and ECL logic families. FET characteristics, transconductance, threshold voltages, MOSFETs and MESFET characteristics, modeling and applications. MOS amplifier frequency response characteristics and design con ...
... frequency response characteristics and design considerations. BJT digital applications TTL and ECL logic families. FET characteristics, transconductance, threshold voltages, MOSFETs and MESFET characteristics, modeling and applications. MOS amplifier frequency response characteristics and design con ...
EE11 instruction_paperwritting (Repaired).doctoday (2)
... In this paper a high speed and low power domino logic circuit is proposed by using voltage divider current mirror technique. To avoid charge leakage and charge sharing problems, domino logic design is used in the circuit due to their advantages such as high speed and less noise immunity. Using this ...
... In this paper a high speed and low power domino logic circuit is proposed by using voltage divider current mirror technique. To avoid charge leakage and charge sharing problems, domino logic design is used in the circuit due to their advantages such as high speed and less noise immunity. Using this ...
What is a chip?
... FPGA is. The layout of the internal chip constructs are fixed and cannot be modified without a “re-spin” of the ASIC. This makes ASICs much less flexible than FPGAs. ASICs are very dense chips, which typically translates to high scalability with less real-estate requirement on a line card. While ASI ...
... FPGA is. The layout of the internal chip constructs are fixed and cannot be modified without a “re-spin” of the ASIC. This makes ASICs much less flexible than FPGAs. ASICs are very dense chips, which typically translates to high scalability with less real-estate requirement on a line card. While ASI ...
What is the logic function of the following gate? Consider the
... 11. The serial NMOS transistors in the logic section of the CPL gate shown below are clearly on the critical path. We have extracted that critical path in the figure shown below. We want to investigate sizing of these transistors so that the delay is minimized. You may assume that a minimum sized NM ...
... 11. The serial NMOS transistors in the logic section of the CPL gate shown below are clearly on the critical path. We have extracted that critical path in the figure shown below. We want to investigate sizing of these transistors so that the delay is minimized. You may assume that a minimum sized NM ...
Design of 8-bit Ripple Carry Adder Using Constant Delay
... central processing unit (CPU) . In this design, the output inverter is replaced with a more complex inverting static CMOS gates (Figure 1.13), i.e., NAND or NOR, such that the monotonicity requirement is satisfied while conducting complex logic operations without wasting the one inverter delay . Mor ...
... central processing unit (CPU) . In this design, the output inverter is replaced with a more complex inverting static CMOS gates (Figure 1.13), i.e., NAND or NOR, such that the monotonicity requirement is satisfied while conducting complex logic operations without wasting the one inverter delay . Mor ...
Exploring CMOS logic families in sub
... performance microprocessors. However, in recent years, the demand for power sensitive designs has grown significantly. This tremendous demand has mainly been due to the fast growth of battery-operated portable applications such as personal digital assistants, cellular phones, medical applications, w ...
... performance microprocessors. However, in recent years, the demand for power sensitive designs has grown significantly. This tremendous demand has mainly been due to the fast growth of battery-operated portable applications such as personal digital assistants, cellular phones, medical applications, w ...
Slide 1
... take advantage of each technology. A typical CD player accepts digital data from the CD drive and converts it to an analog signal for amplification. CD drive ...
... take advantage of each technology. A typical CD player accepts digital data from the CD drive and converts it to an analog signal for amplification. CD drive ...
Document
... Designing Logical Circuits Beyond correctness, what factors does a hardware designer have to account for? Minimize power consumption ...
... Designing Logical Circuits Beyond correctness, what factors does a hardware designer have to account for? Minimize power consumption ...
Science 9 electricity powerpoint Topic 2
... • Switches create a break in the circuit that interrupts current flow, therefore controlling the flow of current in the circuit • A variable resistor is another type of control • These resistors (also known a rheostats) allow you to adjust the amount of current flowing through a circuit, rather than ...
... • Switches create a break in the circuit that interrupts current flow, therefore controlling the flow of current in the circuit • A variable resistor is another type of control • These resistors (also known a rheostats) allow you to adjust the amount of current flowing through a circuit, rather than ...
Question Bank
... A) Hard ware description language B) very high speed IC HDL C) highest HDL D) None 12. Which one is not a HDL in the following ...
... A) Hard ware description language B) very high speed IC HDL C) highest HDL D) None 12. Which one is not a HDL in the following ...
Djukanovic, M., Vujicic, V., Ways of Attacking Smart Cards and Their
... Where cryptosystems are being used in real applications not only mathematical attacks have to be taken into account. Software and hardware implementations themselves present a vast field of attacks. The latter are based on weaknesses in the implementation and can be passive or active. Passive attack ...
... Where cryptosystems are being used in real applications not only mathematical attacks have to be taken into account. Software and hardware implementations themselves present a vast field of attacks. The latter are based on weaknesses in the implementation and can be passive or active. Passive attack ...
Digital electronics
Digital electronics or digital (electronic) circuits are electronics that handle digital signals- discrete bands of analog levels, rather than by continuous ranges (as used in analogue electronics). All levels within a band of values represent the same numeric value. Because of this discretization, relatively small changes to the analog signal levels due to manufacturing tolerance, signal attenuation or parasitic noise do not leave the discrete envelope, and as a result are ignored by signal state sensing circuitry.In most cases the number of these states is two, and they are represented by two voltage bands: one near a reference value (typically termed as ""ground"" or zero volts), and the other a value near the supply voltage. These correspond to the ""false"" (""0"") and ""true"" (""1"") values of the Boolean domain, respectively, yielding binary code.Digital techniques are useful because it is easier to get an electronic device to switch into one of a number of known states than to accurately reproduce a continuous range of values.Digital electronic circuits are usually made from large assemblies of logic gates, simple electronic representations of Boolean logic functions.