On Apr 2, 2017 2:58 PM, "Michael Hagen" <motdog@...> wrote:
You might put a 1K in series with the input.? Thus it would take
a larger signal but load the test circuit less.
Try on the gate of the IRF510?? That's a pretty good stiff signal
at your transmit frequency.
Try it on the SL5351 output.
It is good to experiment, this radio has a lots to learn about!
It is a wonderful base to experiment with.? I will use mine
mostly for playing with the receiver and Arduino code.
I don't have an antenna.? So it will be a long wire out the door
and /or the Signal Generator!
I have already made PCBs (stamp sized) for the Silicons Labs
oscillator and have a Nano driving it with I2C.
The examples in the Arduino Code work!? Sweeping, Fixed Freq.
ect.? The library makes it magic.
Mike, WA6ISP
On 4/2/2017 11:27 AM, richard kappler
wrote:
Nothing in particular, trying to learn.
On Apr 2, 2017 2:25 PM, "Michael Hagen"
<motdog@...>
wrote:
What do you want to measure?
It has 100 Ohm input resistance on input transistor base
( Cap Coupled).? So you need to find a signal somewhere
that this low impedance won't load down?
