I applaud your effort to build and align a superhet, especially when modern microprocessors and software defined receivers make it so much easier to achieve the same results. Building these devices gives you an advantage in understanding the underlying principles of a technology that dominated much of the 20th century and is the basis of many modern devices.
Hello, yes, of course, you can attach a digital frequency meter( with PIC16F628 by ex) to the oscillator coil and you set it to display VFO-IF, that's exactly the received frequency. You can find such project here: www.hamradio.in/projects/multifunctional-frequency-counter
Schön,sehe ich da auch Russen Transistoren?¿Bravo Arbeit❤😂😂😂🎉😊
I applaud your effort to build and align a superhet, especially when modern microprocessors and software defined receivers make it so much easier to achieve the same results. Building these devices gives you an advantage in understanding the underlying principles of a technology that dominated much of the 20th century and is the basis of many modern devices.
Great job. EXCELLENT RADIO. 🎉
Super radio!
Interesant! Am varianta originala în colecția personala.
Da, si eu am facut rost de unul pentru reverse engeneering pe bobinele de FI. Acum sunt pe cale sa replic un receptor Alfa, tot de Tehnoton...
nice
Looks super nice! Is there a way to know what frequency it’s tuned on?
73s! 📻✌🏼
Hello, yes, of course, you can attach a digital frequency meter( with PIC16F628 by ex) to the oscillator coil and you set it to display VFO-IF, that's exactly the received frequency. You can find such project here: www.hamradio.in/projects/multifunctional-frequency-counter
I also like radio...
Good redio
كها ملتا هى