(a) Construct an Inverter Logic Gate using both TTL and CMOS Logic Family.

QUESTION THREE (i) Describe the working of a single-phase series inverter with appropriate circuit and waveforms and indicate the need for an optimum time margin. Also, indicate the merits and demerits of this inverter. (ii) (iii) Enumerate the various limitations in a basic series inverter. Explain how the limitation ofoperating frequency is surmounted in this inverter. Describe the working of a single-phase parallel inverter with relevant circuit and waveforms

I need the answer as soon as possible

DESIGN THE BCD SEVEN SEGMENT LED'S FOR e, f and g. a) Simplification using K-map. b)Give the Boolean expression c) Logic diagram circuits. For e,f and g.

Complete solution. Plz and correct

Q2 Draw the schematic circuit for a CMOS inverter and the relative voltage transfer characteristic showing the different regions of operation. (a) The output of the CMOS inverter is connected to a capacitance of 5 pF, to the ground, representing the gate of NMOS at the input of a logic circuit. Calculate the total power dissipation in the inverter if there is a square wave input signal switching at 40 MHz with an amplitude of VpD consider VoH= VDD and VOL=0 and a quiescent current lo = 10 µA. (b) = 5 V. For the calculation The obtained total power dissipation is too high for a specific application. Design a circuit, by adding a single external component, to reduce the total power dissipation by 20 %. Justify your choice and state any assumption. (c)

a. Draw the schematic diagram of an inverter in transistor level b. draw its symbol  c.plot the input and output of the inverter (

JP Consider the four- input NOR logic gate in figure below, The transistor parameters are VTNL =-IV, and VTND = 0.5V. The maximum value of Vo in its low state is to be 0.2 V. Determine :- kn = 80 a) KD/KL b) The maximum power dissipation in the NOR logic gate is to be o.1 mW. find (W/L) c) to when VA = VB = Vc = VD = 3 V. 3v MA VB VTNL=-1V KL MB Mc whether with whee MD VTND 30.5V KD

6- Design a logic cct using NAND gate and convert BCD code to Excess-3code.

Electrical