Capacitance versus voltage for X7S caps?

All those I know, except some of the other pulsed loads to some extent. Simulated it, woiks :-)

Well, we had to press on and the layout is going to be done by tonight. Not much choice considering real estate and the possibility of stress fractures.

I've made a converter but not in the shape of a capacitor can, because it has to be as flat as a PCMCIA card.

You need to know:

Permissible real estate and profile limits. Permissible capacitive droop under pulsed loading conditions. Source transient capability under the same pulsed loading. If unregulated - the source impedance after 250 feet. Repetition rate of pulsed load. RMS source ripple current at the conversion frequency. Permissible body surface demperature rise

For voltage dependancy of the TDK parts above 50V, click the 'display data' control button when viewing the 'zoom' window. The data is presented over the ratings in a plain text list. I guess the GUI guy had a hard time fitting a variable graph axis.

You can make a POL converter in the volume occupied by some 100uF 100V capacitors.......

RL

electrical=20

but

=20

No, but if i read the datasheets correctly it is less than the MLCs with=20 comparable volumetric charge density.

Klondike=20

=20

around=20

=20

spot.

=46rom the link i already provided it drops at least 60%. Please = continue.

electrical=20

but that=20

a graph=20

How would freezing affect a polymer (solid) electrolyte? Height may be=20 the issue. Perhaps you could end using 50 2.2 uF caps instead.

this:

electrical=20

X7R but that=20

with a graph=20

is=20

of=20

would they

In a brand name, "Microsoft".

that

graph

That's what I don't know (yet). Unequal expansion in materials can cause seals to let go a bit, moisture gets in, and so on. Can't take a risk here and with the "responsiveness" of today's support lines I can't really wait. Layout is done now ;-)

BTW, it's been almost a week now and AVX hasn't bothered to answer at all. It used to be such a great company. Anyone knows what happened?

We might have to. Although 4.7uF X7S dropping to half capacitance would be essentially the same then, except they are a bit less expensive.

is=20

of=20

=20

I suppose you could get some samples and play with temperature and = voltage.

IIRC they got bought up not too long ago.

Well, it's done and done. We are well beyond the point of no return by now :-)

Sad. That's when things often go downhill, and fast.