The circuit on the right consists of an inverter connected to a load. Suppose that the range of logical 1 is defined to be 4V to 5V. Determine the restriction, if any, on RL in order that the output be 1 when the input voltage vi is zero.
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- Implement F(A,B,C)= m2+m5+m6+m7, using the smallest possible multiplexer and inverters as needed.Q1: Design a combinational circuit with four inputs lines that represent a decimal digit in BCD and four output lines that generate the 9’s complement of the input digit. Q: 2 Show how a full adder can be converted to full-subtractor with the addition of one inverter circuit.Draw the schematic for a four-input NOR gate witha saturated load device. What are the W/L ratios ofall the transistors, based on the reference inverter ? (b) What is VL if all the logic inputs are equal to 1?
- Five identical inverters are connected in a chain. The low-to-high propagation delay of the inverter is 12ns while the high-to-low propagation delay is 10ns. The input at the first inverter is changed from 1 to 0 at time t=0ns. How long will it take before the output of the 5th inverter change from 0 to 1?If,for a single phase half bridge inverter the amplitude of output voltage is Vs and the output power is P then their corresponding values for a single phase full-bridge inverter are a. 2Vs,2P b. 2Vs,4P c. 2Vs,P d. Vs,PF=A+B'C+A'BC' I need to construct the circuit in multism with an inverter, and gate, or gate.
- Calculate the fanout for the ECL inverter as shown at room temperature for βF = 30. Definethe fanout N to be equal to the number of invertersfor which the VH level deteriorates by no more thanone VT . (Hint: At vO2, VH = VBE4 + iB4RC.)Do we need to consider the case for vO = VL?Why?Wire delay I. Calculate the delay of a 10 mm wire in 28 nm technology that is divided into 20 0.5 mm segments with a 20× minimum-size inverter driving each segment.1. A square-wave inverter has an R-L load with R=15 Ω and L=10 mH. The inverter output frequency is400 Hz (fundamental frequency).(a) Determine the values of the required to establish a load current which has a fundamentalfrequency component of 10 A rms with α = 0.(b) For a controlled full-bridge inverter, the dc source is 125 V and the switching frequency is60 Hz. Determine the value of α to produce an output with amplitude of 100 V at the fundamentalfrequency.
- When Inverters are used as the input to a NAND gate, the circuit performs what logic function? When Inverters are used as the input to a NOR gate, the circuit performs what logic function? A point in a logic circuit labelled STB3 can assume which of the following states ? a.binary 0 b.binary 1 c.either binary 0 and 1Hello, I don't konw how to implement expression for part(b) with NAND and NOR gate. My method is : (1) Implement these expression with AND and OR gate. (2) Add bubble in front of the AND gate and add bubble behind the OR gate.Is there anything wrong with my method? Besides, I am wondering why there is a inverter behind the NAND gate (shown in answer1.PNG)Thanks.Plot a graph of the overall voltage transfer characteristic for two cascaded inverters if each individual inverter has the voltage transfer function definedin . (b) Repeat for 10 inverters.