03-08-2022, 06:12 PM
(This post was last modified: 03-08-2022, 06:13 PM by Murphyv310.)
Hi.
Michael, the whole reason of this project is to make a usable modulator with the minimum of components, easily reproducible and simple enough for those that have limited skills and equipment.
I challenge you to make one in the way you think is better. I also remember you criticising my simple MW pantry transmitter using a single 1ZH42A, this has been running for years with no problems, a single PP3 has been its HT source for as long as its been built.
Perhaps you can explain how the phase reversal occurs.
Also running the G2 via a potential divider doesn't work, yes on low frequencies it does but above around 20Mhz the Crystal's don't start, I have found the G2 needs to be close to the anode volts for reliable starting.
I sincerely hope others try this simple approach, perhaps not what you think is the correct way but the proof of the pudding is in the eating, I await your modulator, its stability, reliability, and performance.
Michael, the whole reason of this project is to make a usable modulator with the minimum of components, easily reproducible and simple enough for those that have limited skills and equipment.
I challenge you to make one in the way you think is better. I also remember you criticising my simple MW pantry transmitter using a single 1ZH42A, this has been running for years with no problems, a single PP3 has been its HT source for as long as its been built.
Perhaps you can explain how the phase reversal occurs.
Also running the G2 via a potential divider doesn't work, yes on low frequencies it does but above around 20Mhz the Crystal's don't start, I have found the G2 needs to be close to the anode volts for reliable starting.
I sincerely hope others try this simple approach, perhaps not what you think is the correct way but the proof of the pudding is in the eating, I await your modulator, its stability, reliability, and performance.
