fecal_henge

Nor funny.

Here is a likely scenario for the baby food/ adult diapers combo: Someone who suffered so much damage during childbirth that they are still struggling with their bowels by the time their baby is on solids. Hilarious!

Edit: obligatory single down vote on author post to author content.

See, a positive outcome from investing in inflated stock.

The ultimate customers would certainly pay more than the face price which is what the scalpers pay, yet the scalpers get all the tickets. This is abnormal market behaviour.

I cannot read that text.

You Edison shill.

I would guess 1x2 is that the wheel is 1m wide, 2m diameter. This would mean that there is a 1m^2 sized flap* that the wind pushes against.

*technical term

Perhaps because they are suggesting what they are doing is novel.

Can I ask what the motive is to create agents to do this? Where is the profit?

There is a lot of professional software that locks people in also.

Eccentric, how dare you?

Maybe for christmas you could get your mom a multi axis driving simulation rig.

Yes but you have to drive.

Nothing like historical inaccuracy to stirrup some controversy.

Yes but much further in the future when someone else digs them up.

I would think so, or by taking cross sections. Its hard to believe they have some miraculous geometry that needs guarding anyway. Maybe they are trying to dissuade people who might try to 3d print an impeller.

3d models for industrial fan manufacturers (Sanyo,NMB) are widely available.

The paper might contain too much jargon for lawyers.

Is it possible to resolve features on advanced nodes with xray machines? Or the etch and photograph method?

How do you verify that the fab produces the design authentically? They could create a security vulnerability only they know how to exploit.

Maybe he used banana as the scintillator.

This is a very strange part, what with the upstream regulator circuit.

My guess is that their efficiency stats dont include losses in the upstream regulator.

100 usd per unit doesnt seem that excessive.

They make sense when you consider that 'on detector' electronics has all sorts of constraints that FPGAs cant compete on: Power, Density, Radiation hardness, Material budget.

-48 to 48 claims something like 97% (load dependent of course). It also needs to arbitrate between two input supplies for glitchless redundancy, plus have PM bus and other spec mandated stuff. There is no technical reason why you cant go -48 -> 12 as you state with good efficiceny, but we cant get hold of a part that ticks all the boxes.

Horrific performance by my definition would be 48v to say 1v. We only realistically use buck topologies for POL supplies. Such a ratio is really bad for current transients, not to mention issues like minimum on times for the controller.

We go -48 -> 48 -> 12 -> 3v3,1v8 etc etc. If you went 48 straight to POL voltages then you would have horrific converter performance.

I am STILL designing hardware for -48v telco standard. The first thing we do is convert -48 -> 48v. That's 4 square inches of PCB space we waste.

Is a 155 throws enough to evaluate bias? Seems more times than I'd like to roll some dice, but not enough to gain enough measurement confidence. By what criteria is the person assigning the traffic light ratings? What about face coplanarity? Get this enthusiast in a metrology lab.!

For a multiple IVF treatment case (a fancy hospital might have 40% cycle to birth rate remember) it would not be unusual to have ~100 actual injections.

I had no idea what RGB was on my spec selection. Thank God I picked a boring opaque box. Must be quite a party in there.

10 seconds per day is a little over 115 ppm. What is the frequency error of the reference clock that ultimately drives the ADC connected to the microphone?

Can I ask, why are people doing this in the first place? What is their motive to have an agent review code and make pull requests?