What is that? An open sewage canal? Whatever, it looks manmade.
What is that? An open sewage canal? Whatever, it looks manmade.
No, that would be the rift between your ears.
Yes. I am quite certain you did it to yourself, putz.
Man made is two words, idiot.
Once again you lose, wannabe know-it-all. The correct spellings are manmade and man-made, but never man made. The best service you could perform is to go away, then stay gone.
Certainly man-made, but not for sewage. A real - if small and old - transpo rt canal (as shown by the canal paths on either side), now used mostly for recreation. Holiday-makers sail along them, which makes for interesting pho tographs. You don't expect a sail-boat in the middle of a field.
The Dutch canal system predates railways by a hundred years or so, and serv ed much the same purpose when it was created - people would even make day-e xcursions between the major Dutch cities and admire the local architecture.
Fast canal boats erode the canal banks, so intensively used canals needed l ots of maintenance, which they got - nobody wants a canal-breach in their b ack-yard.
-- Bill Sloman, Sydney
it's a SWITCH not a rectifier. It's a Optocoupler which could -SWITCH- the high voltage,
pls Read the data sheet..!
To -rectify- that Voltage is -really- no problem.
Jorgen
dex.html
oblems with that "thing"
Oh well ! thanks. I could even think how a real designer could maintain safety clearance and creepage distances without drowning all in epoxyde or in polyurethane.
BR, Habib.
Joerg, the TOSLINK or FO S/PDIF parts have been with us since 1983 and will stay with us for a long time. All the sufficiently complex electronic devices I've bought the last year (i.e. the TV set and a mobo) have them. I'm pretty sure it'll outlive the USB ports. And there is exactly zero problem with buying them.
Are you sure that a pair of fast FO transceiver/receiver modules designed exactly for that purpose and separated with a fibre as long as you wish will be worse than the cardboard tube-based sculpture in poo you mentioned earlier? RLY? :-)
Best regards, Piotr
Receiver: $1.86:
Transmitter: $1.32
-- John
It doesn't say TOSLink in the datasheet. Sure that it fits?
For mfgs it needs to be a mainstream distributor or a place like Digikey.
Anyhow, this solution totals $4.81. That's rather pricey.
-- Regards, Joerg http://www.analogconsultants.com/
LED -> Tube slipped on -> photodiode. Can be done under 50c. It does require you to provide a TIA but that's easy and cheap.
-- Regards, Joerg http://www.analogconsultants.com/
I did. Can't see a HV-switch in your datasheet link.
-- Regards, Joerg http://www.analogconsultants.com/
It's about pricing, TOSLink has always been on the high side there which is one reason I never used it. Otherwise it would be fine but yes, a high price can make a solution worse than another cheaper one.
-- Regards, Joerg http://www.analogconsultants.com/
HA! Most "RCA plugs" don't say RCA in the datasheet either. TOSLINK is a trademark of Toshiba.
Yes. It's the standard digital audio connection, also called "S/PDIF", Sony/Phillips Digital Interface Format, which appears as an electrical RCA type connector or as an optical link. The outputs are on the backs of all the flat-screen TVs I have, and they show up as inputs on a lot of audio equipment. Laptops and other computers have a compatible red light stream coming out of their 1/8" audio output jacks, overlaid so to say, when digital output is enabled.
I imagine you can get it somewhere reputable in bulk and prepare the lengths you need.
Well, as the entire system it totals less than 1/5 of the link you put up for a receiver. I wonder if it's more expensive than RYO.
-- John
Also, they work on either 5 V or 3.3 V, and are ttl compatible in and out.
-- John
AFAICT not on any of ours. I remember this on an older stereo we once had and then on one of the boom box kind of PC speakers. But lately I don't see it anymore, seems like it hasn't caught on.
I don't know what you mean by "less than 1/5 of the link you put up for a receiver". I was just comparing it to the job at hand, providing a high-voltage barrier data links. The simple tube-snippet solution did that for under a buck.
-- Regards, Joerg http://www.analogconsultants.com/
{snipped}
The link you put up with your comment (above) showed a toslink receiver for about $25. That was what I was replying to, in case it might be useful. But if it wasn't, it wasn't.
-- John
Possible you see an Optocoupler in the link?
Jorgen
I see two LEDs and one photodiode in your PDF link, that's it. My solution had only one LED and worked fine, for less than a Dollar :-)
-- Regards, Joerg http://www.analogconsultants.com/
...and that is why my teeth are broken rocks also. (keep myself skinny now as a precaution)
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