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<reams of your puerile attempts at insults any 2 year old could leave for dead flushed where they belong>Rod Speed wrote:
stan <smoore@exis.net> wrote
Rod Speed wrote
stan <smoore@exis.net> wrote
Rod Speed wrote
stan <smoore@exis.net> wrote
It's drawn as a tapped inductor; but the caption makes clear that it's aHello,
I would need some help determining an inductor in spec sheet:
http://www.datasheetcatalog.org/datasheet2/e/0zzedjw7xujcg6616563932el47y.pdf
In the diagram 'Voltage boosted boost Converter' on page 10.
WHAT does the inductor refer to. A transformer? there is three legs
and this is confusing me.
Is this a part I can buy, if so, any part number at digikey ?
<reams of your puerile attempts at insults any 2 year old could leave for dead flushed where they belong>Rod Speed wrote:
stan <smoore@exis.net> wrote
Rod Speed wrote
stan <smoore@exis.net> wrote
Rod Speed wrote
stan <smoore@exis.net> wrote
It's drawn as a tapped inductor; but the caption makes clear that it's aHello,
I would need some help determining an inductor in spec sheet:
http://www.datasheetcatalog.org/datasheet2/e/0zzedjw7xujcg6616563932el47y.pdf
In the diagram 'Voltage boosted boost Converter' on page 10.
WHAT does the inductor refer to. A transformer? there is three legs
and this is confusing me.
Is this a part I can buy, if so, any part number at digikey ?
<reams of your puerile attempts at insults any 2 year old could leave for dead flushed where they belong>Rod Speed wrote:
stan <smoore@exis.net> wrote
Rod Speed wrote
stan <smoore@exis.net> wrote
Rod Speed wrote
stan <smoore@exis.net> wrote
It's drawn as a tapped inductor; but the caption makes clear that it's aHello,
I would need some help determining an inductor in spec sheet:
http://www.datasheetcatalog.org/datasheet2/e/0zzedjw7xujcg6616563932el47y.pdf
In the diagram 'Voltage boosted boost Converter' on page 10.
WHAT does the inductor refer to. A transformer? there is three legs
and this is confusing me.
Is this a part I can buy, if so, any part number at digikey ?
<reams of your puerile attempts at insults any 2 year old could leave for dead flushed where they belong>Rod Speed wrote:
stan <smoore@exis.net> wrote
Rod Speed wrote
stan <smoore@exis.net> wrote
Rod Speed wrote
stan <smoore@exis.net> wrote
It's drawn as a tapped inductor; but the caption makes clear that it's aHello,
I would need some help determining an inductor in spec sheet:
http://www.datasheetcatalog.org/datasheet2/e/0zzedjw7xujcg6616563932el47y.pdf
In the diagram 'Voltage boosted boost Converter' on page 10.
WHAT does the inductor refer to. A transformer? there is three legs
and this is confusing me.
Is this a part I can buy, if so, any part number at digikey ?
<reams of your puerile attempts at insults any 2 year old could leave for dead flushed where they belong>Rod Speed wrote:
stan <smoore@exis.net> wrote
Rod Speed wrote
stan <smoore@exis.net> wrote
Rod Speed wrote
stan <smoore@exis.net> wrote
The main reason for separate stages has to do withI have a few questions about the design of the circuit in Figure 1
page 71 located at https://ilocker.bsu.edu/users/jalbers/WORLD_SHARED/WireTracer.PDF
The gain of the first op amp stage is 10 and the gain fo the second op
amp stage is 33 for a total net gain of 330. Why not just use one op
amp and set the gain to 330?
When designing a circuit like this, why use a low gain of 330, why not
a higher value? How did the author arrive at 300?
Is it better to have multiple stages in an amplifier rather than just
using one op amp to get the job done? If so, why?
Any help would be greatly appreciated. Thanks
There is no reason this circuit would not operate perfectly well with aI have a few questions about the design of the circuit in Figure 1
page 71 located at
https://ilocker.bsu.edu/users/jalbers/WORLD_SHARED/WireTracer.PDF
The gain of the first op amp stage is 10 and the gain fo the second op
amp stage is 33 for a total net gain of 330. Why not just use one op
amp and set the gain to 330?
When designing a circuit like this, why use a low gain of 330, why not
a higher value? How did the author arrive at 300?
Is it better to have multiple stages in an amplifier rather than just
using one op amp to get the job done? If so, why?
Any help would be greatly appreciated. Thanks
Bob Masta wrote:
The main reason for separate stages has to do with
an op-amp parameter called Gain Bandwidth Product.
The available gain of the chip falls with
frequency, so if you need a wide bandwidth you
must use a lower gain.
Yes, but for best noise performance the first stage should have the higher
gain (making
certain assumptions about source impedance and op-amps used but almost
invariably the
case).
I'll give this a go for you.For the 555 timer, a transformer is used to run the circuit, instead
of the usual battery supply.
Although the transformer supplied the required 8-18 volts after
regulation, the circuit will not work with it.
However, the circuit works ok with the 9v battery only.
Since the ac supply is necessary, I would appreciate some answers
here.
Yours sincerely
Steve
Phil Allison wrote:
"Eeysore"
Yes, but for best noise performance the first stage should have the
higher
gain (making certain assumptions about source impedance and op-amps
used but
almost invariably the case).
** Nonsense.
Once the first stage has a gain of a few times, then its output noise
will
swamp the input noise of the following stage - no matter what gain it
has.
** Nonsence.
What I say is true at ALL times.
Adjust N, which is a constant that depends upon the manufacturingI would like to know how to modify the diode equation: I = Io (Exp(eV/
NkT)-1) to work for a germanium diode. Using Io=10E-12, e=1.602E-19,
T=295, N=1, and k=1.380E-23 has the correct knee 0.6 for a silicon
diode. What needs to be changed (or is there a new equation) to move
the knee back to around 0.3 to model a germanium diode?
Any help would be greatly appreciated. Thanks
Maybe you shouldn't have skipped undergrad? Or did you get your bachelors ini am student in graduate degree so, i am interested in knowing about
sensors
so,i am requesting you members to help in my doughts
The RIFCA Trihex provides the primary guidance, flight control, andextremesoundandli...@yahoo.com> wrote in message
news:71f6f20a-68a8-49a8-869c-30b3cc35263a@c22g2000prc.googlegroups.com...
This is a new design for Gyroscopic Inductance circuit for DC current
production using the gyroscope itself as the induction circuit for
long term space flight. It will produce Direct current from a
gyroscope functioning in a zero gravitational field as an inductance
circuit. The two non-permeable gimbals armatures rotate around a
permanent inner magnet 180 degrees out of phase from one another
giving 360 degrees of a full rotation that allow a 100% duty cycle
when precession occurs. A north and south alignment on the spherical
inner permanent magnet rotates around the central centrifugal spin
axis witch doubles as a rotor flywheel. I have been working on the
proto type for 15 years now utilizing nano carbon fiber as the coils
in the inductor circuit; they are imbedded into the gyros non-
permeable gimbals in a zigzag pattern un-like the coils in an
induction circuit. Magnetic couplers between the gyroscopes parts
reduce further fatigue on the motor parts and reduce friction. There
are strategically placed permeable alloys in the gimbal armatures when
pulsed with DC current create magnetic field areas that interact with
the rotor for start, stop and homing of the gimbals. if gravitational
interference occurs in space flight a dc pulsed circuit 90 degrees
adjacent from the rotor flywheel controlled with small pulses of
current to control initial spin and braking on the central rotor while
motor functions are restored as needed, This design has several viable
applications for aro space industry. If solar panel deployment fails
or damages to solar panels this is a solid backup for running the
system operations of satellites and communication and instrumentation,
imaging instrumentation devices for space flight.
Does anybody use mechanical gyros anymore? I don't think so, especially
for
space applications.
Technical: if each of the stages has a bandwidth that includes the
audio bandwidth and a response that is sufficiently flat, which is the
usual case, the stages do not amplify the input distortion, because
distortion is a ratio, and each stage amplifies both wanted and
unwanted components in more or less equal amounts.
slightly favor one or the others, but it is hard to tell which ones,
and the "average" of the "gain factor" applied to the input distortion
is closer to 1 than to G (the gain of that stage). Another thing is
that that stage will also create and add new distortion products.
Hot Tuna! Jack and Jorma would be proud of you.In practice however, the THD produced is so low it is negligible - even
using old types like the 301A or 741.
..... Phil
---
Can't argue with that. ;-)
I've got an old Radio Shack stereo receiver which lost a 1458 early on
and, after replacing it, it still works and I can still jam with Hot
Tuna.
JF