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A simple memory project

Experiment No. 9 b: Implementation of flip flops: JK.

Done by:

Saranga K. Mahanta

Sch Id:18-14-038

Experiment No 9 d: Implementation of flip flops: SR, JK, D and T

Done by:

Saranga K. Mahanta

Sch Id: 18-14-038

Experiment No. 9 c: Implementation of flip flops: D flip flop.

Done by:

Saranga K. Mahanta

Scholar Id: 18-14-038

I'm using an EEPROM to replace combinational logic. The address is the decimal number in binary (or the counter). The data out is the 7-seg display (the leftmost bit is the decimal point). 

A 256-bit RAM, made with only basic logic gates. Example usage inside.

circuit to allow  a memory element to become a programmable controller

just MEMORY  

a couple (2) of nor gates

made this im bored ok .

Stores 1 bit ONLY if the store bit is on.

A working 4kB memory module that provides byte-addressable 1-byte words.

a 64 Bit Memory

This is a version of a register, a part of a computer's Random Access Memory (RAM). It is capable of storing an 8-bit binary number. On the top left of the chip, you can set a binary number to be stored. Then to replace the old number, you must press the 'Enable data-write' switch to upload and store the new number.

Test asynchronous RS latch equvalent logic scheme

in this project i made a 4 bit RAM which can be written through serial communication(SCL - clock and SDA- data(1 or 0)) then a rising edge of a square wave is detected in the SCL pin, the enable pin of the SRAM cells are enabled in an order according to each clock pulse. simultaneously a data is given through the SDA pin according to the Nth clock pulse to the Nth SRAM cell.