Well - the point is - that i have no scope nor a frequency counter (i don't do anything radio usually)
I have redesigned this circuit 2 times to bigger power draw/use (this one the largest - not yet built)
So - as the previous v.-s didn't started up (used 170nH || 7.5pF (double 15pF in series)) then if you
can see there anything i should know (the simulator does not) e.g.
?1? -- the critical caps. to trim,
?2? -- the bandwith and stability - is this circuit to pollute FM-band
?3? -- the PCB ? anything to connect to single points , single double layer
?4? -- anything to redesign ? power draw ? can the std. linear regulator be used as a power source
?4.1? -- inductive filters to supply (the Henry range ? should/could it be as mains line filter - a TF - for PWM PSU-s)
actually i need some inter robot data link (custom, non-commercial) in future - just thought i test this one out first
you shouldn't feel responsible to answere all questions - if i get 1 answer that helps it forward then it's very good
I have redesigned this circuit 2 times to bigger power draw/use (this one the largest - not yet built)
So - as the previous v.-s didn't started up (used 170nH || 7.5pF (double 15pF in series)) then if you
can see there anything i should know (the simulator does not) e.g.
?1? -- the critical caps. to trim,
?2? -- the bandwith and stability - is this circuit to pollute FM-band
?3? -- the PCB ? anything to connect to single points , single double layer
?4? -- anything to redesign ? power draw ? can the std. linear regulator be used as a power source
?4.1? -- inductive filters to supply (the Henry range ? should/could it be as mains line filter - a TF - for PWM PSU-s)
actually i need some inter robot data link (custom, non-commercial) in future - just thought i test this one out first
you shouldn't feel responsible to answere all questions - if i get 1 answer that helps it forward then it's very good
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