It is amazing to control the HRS&LRS. Even in normal design it is hard to fabricate accurate and EM friendly res in design. If fuse is good enough, there is no need designing e-fuse. From my point of view , the reliability would be the main drawbacks . It need big current and high voltage to convert the R, not mention to control the R value. The EM on common path node would be quite weak.
@@shreepooja100 Nice...which college you are from? I am pursuing MTech in IISc...My major project is also on ReRAM...can I get your contact info? Gmail or something?
sir, why do we check the performance of memristor emulator by giving sine wave input why not pulse input infact when we will be using it as a memory we give logic 0 and logic 1 input then why do we give sine wave input there
programmable resistor? woww ...if you can specifically program the resistance, this grain of ram will be able to represent a few bits of data. analog to digital
Tii now this is the best presentation in ReRAM I have found! helped me to get complete understanding
Absolutely true ❤
정말 좋은 강의 감사합니다!!!
Very helpful for my research
It is amazing to control the HRS&LRS. Even in normal design it is hard to fabricate accurate and EM friendly res in design. If fuse is good enough, there is no need designing e-fuse. From my point of view , the reliability would be the main drawbacks . It need big current and high voltage to convert the R, not mention to control the R value. The EM on common path node would be quite weak.
thankyou its really helpful my research work.
Hi... Whether you are working on ReRAM?
@@SatyaSaiChandu
Yes
Started
This is going to my PhD work .
@@shreepooja100 Nice...which college you are from? I am pursuing MTech in IISc...My major project is also on ReRAM...can I get your contact info? Gmail or something?
@@shreepooja100 Did you do any circuit simulations on RERAM?
@@SatyaSaiChandu
No not now
sir,
why do we check the performance of memristor emulator by giving sine wave input why not pulse input infact when we will be using it as a memory we give logic 0 and logic 1 input then why do we give sine wave input there
This is very informative. Well, can anyone help with device characterization? I am not getting better results.
programmable resistor? woww ...if you can specifically program the resistance, this grain of ram will be able to represent a few bits of data. analog to digital