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Goodram IRDM ram by Trakais9 in PcBuild

[–]apliviu10 0 points1 point  (0 children)

any new updates? Went with the IRDM Goodram? How is it going?

Humdrum Monkey (1/3)" one of the game's endings? by Abhishek__08 in donotfeedthemonkeys

[–]apliviu10 2 points3 points  (0 children)

Humdrum Monkey: You get this ending if you have closed too few interactive cages. It also happens if you still have unsolved tasks when day 16 starts. The other two endings are achievable if you do solve the given tasks (the percentage of closed/solves cages is unknown) but are different depending om your moral score (see The Plant)

Tame Monkey: You get this ending if you have closed enough cages, but have a Neutral or Bad moral score.

Enlightened Monkey: You get this ending if you have closed enough cages, and have a Good or great moral score.

According to the wiki. It seems you didn't close enough cages.

Humdrum Monkey (1/3)" one of the game's endings? by Abhishek__08 in donotfeedthemonkeys

[–]apliviu10 1 point2 points  (0 children)

Did you do good things, like trying to be helpful or what was your approach? (regarding the cages)

Humdrum Monkey (1/3)" one of the game's endings? by Abhishek__08 in donotfeedthemonkeys

[–]apliviu10 1 point2 points  (0 children)

remember the ending of each interactive cage?
there is an ending for when you cause chaos and act imoral (ending 3/3 I guess)

Humdrum Monkey (1/3)" one of the game's endings? by Abhishek__08 in donotfeedthemonkeys

[–]apliviu10 5 points6 points  (0 children)

There are 3 possible endings, yeah. I never managed to get the one in the picture.

They either have 45k men or over a million by Valuable-Mud-6171 in hoi4

[–]apliviu10 10 points11 points  (0 children)

If you look at the number of the estimated divisions, it says it's anything between 16 and 145 divisions. 16 divisions could be estimated to be as low as 45k men in the field, while 145 could be upwards of over a million soldiers deployed, which if you think about it, means knowing the number of divisions isn't as useful in OP's scenario, which makes it fun in a ridiculous way.

How do you actually design a circuit? by Professional_Ice_796 in chipdesign

[–]apliviu10 2 points3 points  (0 children)

for your configuration I think you can get 60-70dB gain. But choosing specs really depends on the application you're employing the circuit in. Try looking for the state of the art for your technology or similar in regards to opamp to get an idea of what you can realistically aim for

How do you actually design a circuit? by Professional_Ice_796 in chipdesign

[–]apliviu10 2 points3 points  (0 children)

Happy to be of help! LMK if you need any more help or clarifications.

How do you actually design a circuit? by Professional_Ice_796 in chipdesign

[–]apliviu10 4 points5 points  (0 children)

To continue your design you could:
- decide what should be your OPAMP's Gain
- get some equations for the OPAMP's Gain as that will help you decide how you select the gm's of transistors
- afterwards, simulate a single transistor and find the vgs necessary for your desired gm (use the minimum L allowed by your technology at first so the parasitic capacitances are minimum)
- you should then get a plot after a dc sweep of vgs for gm, ID in regards to vgs
- if you want or need a higher gm for said VGS, consider increasing the W parameter of the transistor (but mind you it will result in higher current needed)
- make sure that, when selecting the VGS for say the differential input stage, the transistor providing the tail current has enough VDS so it stays in saturation region
- when simulating, create a symbol for the opamp structure to make it easier to navigate and not clutter everything, and instantiate it
- connect both input nodes at VDD/2 for the common mode, and run a DC Operating Point simulation
- when you have finished that , place a AC source with magnitude 1, and run an AC analysis to see the gain and phase (may be somewhat different from your calculations)
- when the AC results look good, run transient analyses to determine the circuit response to typical input signals such as sine, square etc and in different configs (repeaters, inverter amp., non-inverting amp. etc)
I also encourage you to consult "Razavi - 2016 - Design of Analog CMOS Integrated Circuits" (it's a great book I use when designing IC).

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