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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.

Practice for utilizing ROM to produce an output based on some sequential input.

A test of a cople diffrent kinds of memory.

Simple 8x4 register file