I hope anyone can help me to identify a couple of components please, I want to know if they are resistors or capacitor etc. and the voltage, because maybe I can replace them with another ones that doesn't look similar but with the same specifications, thank you in advance. please check the images in the link and click next to see all images:

https://www.facebook.com/photo.php?f...type=1&theater

On Monday, August 18, 2014 6:18:20 PM UTC-7, William Iglesias wrote:
I hope anyone can help me to identify a couple of components please, I want to know if they are resistors or capacitor etc. and the voltage, because maybe I can replace them with another ones that doesn't look similar but with the same specifications, thank you in advance. please check the images in the link and click next to see all images:



https://www.facebook.com/photo.php?f...type=1&theater

The "L35" and "L37" designations are for inductors (L :== inductor, C:= capacitor, R:== resistor)
and are easily tested; if the resistance across them is near 0 ohms, they're fine.
The other two purple-circled items are (if I'm reading the PCB markings correctly) C534 and C535,
and your schematic identifies those as 10 pF, 50V, case size 0402

Those are all just intended to filter a VGA output so it doesn't radiate RF; there is NOTHING
critical about the exact values used, which is why the 50V rating was applied (to a component
that will never see more than 3V peak). It's also why the 'L35' position is identified without
a component value, probably it was found to work just fine with a zero-ohm jumper
in that spot (which saves a few cents).

On Monday, August 18, 2014 8:18:20 PM UTC-5, William Iglesias wrote:
I hope anyone can help me to identify a couple of components please, I want to know if they are resistors or capacitor etc. and the voltage, because maybe I can replace them with another ones that doesn't look similar but with the same specifications, thank you in advance. please check the images in the link and click next to see all images:



https://www.facebook.com/photo.php?f...type=1&theater

Thank you so so so much, for your help and for your patience to teach.
if the inductors work just like jumpers that means they are not quite necessary right?
Can I easily make a solder bridge instead?
I'm just trying to find the replacement from scratch. thanks

In message ,
whit3rd writes
On Monday, August 18, 2014 6:18:20 PM UTC-7, William Iglesias wrote:
I hope anyone can help me to identify a couple of components please,
I want to know if they are resistors or capacitor etc. and the
voltage, because maybe I can replace them with another ones that
doesn't look similar but with the same specifications, thank you in
advance. please check the images in the link and click next to see all images:




https://www.facebook.com/photo.php?f...&set=a.1020396
3399478102.1073741839.1615989191&type=1&theate r

The "L35" and "L37" designations are for inductors (L :== inductor, C:=
capacitor, R:== resistor)
and are easily tested; if the resistance across them is near 0 ohms,
they're fine.
The other two purple-circled items are (if I'm reading the PCB markings
correctly) C534 and C535,
and your schematic identifies those as 10 pF, 50V, case size 0402

Those are all just intended to filter a VGA output so it doesn't
radiate RF; there is NOTHING
critical about the exact values used, which is why the 50V rating was
applied (to a component
that will never see more than 3V peak). It's also why the 'L35'
position is identified without
a component value, probably it was found to work just fine with a
zero-ohm jumper
in that spot (which saves a few cents).

I would have thought that the feeds to a VGA screen would be
shot-circuit-proof. If so, what caused them to burn out?
--
Ian

The schematic you posted indicates the devices are capacitors -- not
inductors.

I can see an inductor being fried -- but a capacitor?

On Tue, 19 Aug 2014 07:36:18 -0700 "William Sommerwerck"
wrote in Message id:
:

The schematic you posted indicates the devices are capacitors -- not
inductors.

I can see an inductor being fried -- but a capacitor?

Didn't look at the picture - don't do Facelessbook.
But ceramics can catch fire if across a power rail...