Search found 5 matches

by Balu_madaraju
Wed May 28, 2014 9:49 am
Forum: Digital Design
Topic: Designing a NAND gate with "my gate"
Replies: 1
Views: 6651

Designing a NAND gate with "my gate"

A gate named my gate takes two inputs A and B and gives the output Y = A+B'

Design a NAND gate only using my gates
(any number of my gates can be used)
by Balu_madaraju
Sun May 11, 2014 5:59 pm
Forum: Interview Material
Topic: Can anyone suggest text books for advanced number systems?
Replies: 3
Views: 8537

Re: Can anyone suggest text books for advanced number system

Are you looking the material for number system in pure mathematics or it is related to digital designs ? For mathematics you can try the following links: http://en.bookfi.org/s/?q=+number+systems&t=0 http://en.bookfi.org/s/?q=Ramanujan%27s+lost+notebook&t=0 http://en.bookfi.org/s/?q=Sriniva...
by Balu_madaraju
Thu Apr 10, 2014 12:07 pm
Forum: Interview Material
Topic: Can anyone suggest text books for advanced number systems?
Replies: 3
Views: 8537

Can anyone suggest text books for advanced number systems?

I'm aiming to get a job in a company, whose heads are experts in number systems (done PhD in number systems) by the experience of attending their recruitment test, I came to know that approx. 20% of marks are from number systems. so, anyone please give the links or names of text books. Thanks in adv...
by Balu_madaraju
Thu Apr 10, 2014 11:57 am
Forum: Digital Design
Topic: What is the difference between a latch & flip-flop?
Replies: 1
Views: 2500

Re: What is the difference between a latch & flip-flop?

latch is a level sensitive component and flip-flop is an edge triggered component. consider D-Latch, if clock is high and D = 0, then Q will be '0' if clock is low , whatever may be the D value , output will simply show the same existing value on Q consider D-flipflop if clock is at +ve edge i.e. ra...
by Balu_madaraju
Thu Apr 10, 2014 11:51 am
Forum: Digital Design
Topic: Inveter/Buffer using XOR gate
Replies: 1
Views: 2775

Re: Inveter/Buffer using XOR gate

connect one of the input to '1' for inverter, '0' for buffer