Martin Dvh wrote:
> I think I mixed up pin 2 and pin 5 of the transformers in my last mail.
> (I do not find it intuitive to put the middle lead of a winding on the
> other side of the component.)
>
> (pin 2 should be connected to gnd and pin 5 shouldn't)
> Although information on the internet con
The output side of the transformer is not center tapped. The input side
is. The input side center tap needs to connect to ground. On the
ADT1-1WT and the ADT4-1T the center taps are on pins 2 and 5
respectively. That's why I connect both -- so that you could switch to
the other transformer i
I think I mixed up pin 2 and pin 5 of the transformers in my last mail.
(I do not find it intuitive to put the middle lead of a winding on the other
side of the component.)
(pin 2 should be connected to gnd and pin 5 shouldn't)
Although information on the internet contradicts.
The datasheet says
Hi all,
>Eric Blossom wrote:
On Fri, Aug 19, 2005 at 02:56:53AM +0200, Martin Dvh wrote:
Hi,
What output voltage level should I expect from the basic tx?
The docs say it delivers maximum 20 mA into 25 or 50 ohm.
At 50 ohm this should result in 1.0 V max.
The most I can get out of it is 50 mV
T
On Fri, Aug 19, 2005 at 02:56:53AM +0200, Martin Dvh wrote:
> Hi,
> What output voltage level should I expect from the basic tx?
>
> The docs say it delivers maximum 20 mA into 25 or 50 ohm.
>
> At 50 ohm this should result in 1.0 V max.
>
> The most I can get out of it is 50 mV
This is what I
Hi,
What output voltage level should I expect from the basic tx?
The docs say it delivers maximum 20 mA into 25 or 50 ohm.
At 50 ohm this should result in 1.0 V max.
The most I can get out of it is 50 mV
(looked using oscilloscope, also put it into the composite video-input of a tv and this al
