"Ian" napisa³ w wiadomo¶ci
...
"Szczepan Bialek" wrote in message
.. .
In reality the real condenser conducts (electrons are flowing) the DC
but
do
not AC.
In the teaching program is opposite.

If it helps you, capacitors pass AC and block DC.

Each insulator is a weak conductor.
At DC and pulse current electrons are flowing through the insulator
(leakage).
At AC not.

At AC the charging/discharging take place. The electrons flow into plate and
come back.

Charging current and discharging current do not pass or by-pas the
capacitors.
S*

"Szczepan Bialek" wrote in message
...


Each insulator is a weak conductor.
At DC and pulse current electrons are flowing through the insulator
(leakage).
At AC not.

An insulator is ... an insulator. No leakage. If an insulator is not
insulating then you'd better handle your mains leads with care.

ttfn, Ian.

Szczepan Bialek wrote:

"Ian" napisa? w wiadomo?ci
...
"Szczepan Bialek" wrote in message
.. .
In reality the real condenser conducts (electrons are flowing) the DC
but
do
not AC.
In the teaching program is opposite.

If it helps you, capacitors pass AC and block DC.

Each insulator is a weak conductor.
At DC and pulse current electrons are flowing through the insulator
(leakage).
At AC not.

At AC the charging/discharging take place. The electrons flow into plate and
come back.

Charging current and discharging current do not pass or by-pas the
capacitors.
S*


As usual, a pile of babbling nonsense.

"Szczepan Bialek" wrote in message
...

Charging current and discharging current do not pass or by-pas the
capacitors.
S*

I have a new capacitor design that uses clam chowder as the dielectric.
Interested?

On 6/6/2012 12:12 PM, Szczepan Bialek wrote:
napisa³ w wiadomo¶ci
...
"Szczepan wrote in message
.. .
In reality the real condenser conducts (electrons are flowing) the DC
but
do
not AC.
In the teaching program is opposite.

If it helps you, capacitors pass AC and block DC.

Each insulator is a weak conductor.
At DC and pulse current electrons are flowing through the insulator
(leakage).
At AC not.

At AC the charging/discharging take place. The electrons flow into plate and
come back.

Charging current and discharging current do not pass or by-pas the
capacitors.
S*




I have a special oil extracted from the fat cells of rattlesnakes that
cures all cancers. Please send check for $500 for one pint.

This oil also provides artificial earth ground for all antennas.

Michael

"Boomer" wrote in message
...
On 6/6/2012 12:12 PM, Szczepan Bialek wrote:
If it helps you, capacitors pass AC and block DC.

Each insulator is a weak conductor.
At DC and pulse current electrons are flowing through the insulator
(leakage).
At AC not.

At AC the charging/discharging take place. The electrons flow into plate
and
come back.

Charging current and discharging current do not pass or by-pas the
capacitors.
S*




I have a special oil extracted from the fat cells of rattlesnakes that
cures all cancers. Please send check for $500 for one pint.

This oil also provides artificial earth ground for all antennas.

Michael

Hello Michael. A friend of mine used to breed rattlesnakes. He accidentally
knocked over a box of electrons and found that the rattlesnakes loved to
chase and eat the shiny ones. They didn't eat the dull ones. He wonders why
this is.
He also threw some protons, neutrons, oldtrons and croutons for them to eat.
They liked the croutons. Some rattlesnakes liked the protons. They'd then
curl up around the mains wire and transmit to each other on 1.3GiggleHertz.

73, Ian.

On 6/7/2012 10:55 AM, Ian wrote:
wrote in message
...
On 6/6/2012 12:12 PM, Szczepan Bialek wrote:
If it helps you, capacitors pass AC and block DC.

Each insulator is a weak conductor.
At DC and pulse current electrons are flowing through the insulator
(leakage).
At AC not.

At AC the charging/discharging take place. The electrons flow into plate
and
come back.

Charging current and discharging current do not pass or by-pas the
capacitors.
S*




I have a special oil extracted from the fat cells of rattlesnakes that
cures all cancers. Please send check for $500 for one pint.

This oil also provides artificial earth ground for all antennas.

Michael

Hello Michael. A friend of mine used to breed rattlesnakes. He accidentally
knocked over a box of electrons and found that the rattlesnakes loved to
chase and eat the shiny ones. They didn't eat the dull ones. He wonders why
this is.
He also threw some protons, neutrons, oldtrons and croutons for them to eat.
They liked the croutons. Some rattlesnakes liked the protons. They'd then
curl up around the mains wire and transmit to each other on 1.3GiggleHertz.

73, Ian.



I have found both electron types useful in my basement. The spiders
think the dull ones are prey and are killed by them. Similarly most
crawling insects are killed by the shiny ones.

tom
K0TAR

"tom" wrote in message
. net...
On 6/7/2012 10:55 AM, Ian wrote:
wrote in message
...
On 6/6/2012 12:12 PM, Szczepan Bialek wrote:
If it helps you, capacitors pass AC and block DC.

Each insulator is a weak conductor.
At DC and pulse current electrons are flowing through the insulator
(leakage).
At AC not.

At AC the charging/discharging take place. The electrons flow into
plate
and
come back.

Charging current and discharging current do not pass or by-pas the
capacitors.
S*




I have a special oil extracted from the fat cells of rattlesnakes that
cures all cancers. Please send check for $500 for one pint.

This oil also provides artificial earth ground for all antennas.

Michael

Hello Michael. A friend of mine used to breed rattlesnakes. He
accidentally
knocked over a box of electrons and found that the rattlesnakes loved to
chase and eat the shiny ones. They didn't eat the dull ones. He wonders
why
this is.
He also threw some protons, neutrons, oldtrons and croutons for them to
eat.
They liked the croutons. Some rattlesnakes liked the protons. They'd then
curl up around the mains wire and transmit to each other on
1.3GiggleHertz.

73, Ian.



I have found both electron types useful in my basement. The spiders think
the dull ones are prey and are killed by them. Similarly most crawling
insects are killed by the shiny ones.

tom
K0TAR
H* Tom.

Turns out that, on my keyboard, the dot on the letter between H and J *s a
loose electron and *t's dropped off. *'m us*ng the * character to represent
the letter between H and J.
Hold on a m*nute. When was the keyboard *nvented? *f *t comes after Faraday
then *t can't ex*st wh*ch makes wr*t*ng th*s ema*l very, very d*ff*cult.

73, *an.

On 6/8/2012 4:12 AM, Ian wrote:
wrote in message
. net...
On 6/7/2012 10:55 AM, Ian wrote:
wrote in message
...
On 6/6/2012 12:12 PM, Szczepan Bialek wrote:
If it helps you, capacitors pass AC and block DC.

Each insulator is a weak conductor.
At DC and pulse current electrons are flowing through the insulator
(leakage).
At AC not.

At AC the charging/discharging take place. The electrons flow into
plate
and
come back.

Charging current and discharging current do not pass or by-pas the
capacitors.
S*




I have a special oil extracted from the fat cells of rattlesnakes that
cures all cancers. Please send check for $500 for one pint.

This oil also provides artificial earth ground for all antennas.

Michael

Hello Michael. A friend of mine used to breed rattlesnakes. He
accidentally
knocked over a box of electrons and found that the rattlesnakes loved to
chase and eat the shiny ones. They didn't eat the dull ones. He wonders
why
this is.
He also threw some protons, neutrons, oldtrons and croutons for them to
eat.
They liked the croutons. Some rattlesnakes liked the protons. They'd then
curl up around the mains wire and transmit to each other on
1.3GiggleHertz.

73, Ian.



I have found both electron types useful in my basement. The spiders think
the dull ones are prey and are killed by them. Similarly most crawling
insects are killed by the shiny ones.

tom
K0TAR
H* Tom.

Turns out that, on my keyboard, the dot on the letter between H and J *s a
loose electron and *t's dropped off. *'m us*ng the * character to represent
the letter between H and J.
Hold on a m*nute. When was the keyboard *nvented? *f *t comes after Faraday
then *t can't ex*st wh*ch makes wr*t*ng th*s ema*l very, very d*ff*cult.

73, *an.





tom
K0TAR