Sr flip flop - introduction to microprocessors , Electrical Engineering

SR Flip Flop

The SR  flip  flop is an arrangement  of logic gates that maintain astable output even after  the  input  are turned off.  It has  two  inputs namely  SET input (S)  and RESET input ( R) and two outputs Q and Q. In a SR flip flop activating the SET input  will switch  it to the other state. Classical SR flip  flop  requires two NAND gates or two NOR  gates. The block  diagram of SR  flip flop is shown in the outputs  of a basic  SR  flip  flop  SR  flip flop  change  whenever  its R or S change  appropriately. The SR flip  flop  can be implemented by using  NOR or NAND  gates  as follows.

Posted Date: 4/4/2013 12:55:57 AM | Location : United States







Related Discussions:- Sr flip flop - introduction to microprocessors , Assignment Help, Ask Question on Sr flip flop - introduction to microprocessors , Get Answer, Expert's Help, Sr flip flop - introduction to microprocessors Discussions

Write discussion on Sr flip flop - introduction to microprocessors
Your posts are moderated
Related Questions
1.   Work out the  voltage for the following arrangement of 1.5V cells : (to achieve a pass grade, solve problems with cells in series, parallel and series-parallel) 2.

#I need some guides in order to build a circuit that will be beneath a machine and turn that machine left/right/up/down

Q. Two shunt generators operate in parallel to supply a total load current of 3000 A. Each machine has an armature resistance of 0.05and a field resistance of 100. If the generat


A 3-phase, wye-connected, 11.8 kV, 100 MVA turbo- generator of 0.8 power factor lagging has a synchronous reactance of 2.0 p.u. on rating. The generator is driven by a steam turbin

Compute the mutual inductance: A long single layer solenoid has an effective diameter of 10 cm and it is wound with 1000 turns/m. There is a small concentrated coil with its p

How can I design alternator?

Q. Determine L and C of the band pass filter circuit of Figure to have a center frequency of 1 MHz and a bandwidth of 10 kHz. Also find the Q of the filter.

A three-phase, four-pole, 220-V, 60-Hz induction machine with a per-phase resistance of 0.5  is operating at rated voltage as a generator at a slip of -0.04, delivering 12 A of li

Q. With a circuit diagram explain how a transistor in common-base configuration amplify signals.  The common-base terminology is derived from the fact that the base is common t