Uploaded February 2018 | Updated September 2026, 2 weeks ago
Website: vorticesdynamics.com
In this video I resolve my quiz I raised. This is a very important little exercise because it will allow you to avoid reading measurement results in a wrong way. The measurements of power from a signal generator has never been done before or at least google does not know about it. The high and low impedance is related to voltage or current sourcing. Where the voltage from TTL, CMOS is mostly only used for digital signals and for Mosfet drivers. The 50 Ohm signal as the name said is a power output and here we can use any signals we got inclusive arbitrary signals and AM or FM modulation. Interesting is that the TTL has actually far too much power available it requires only voltage and not current to sink. Comparators don't like to get more than a couple of 100 uA and burn easy out.
Website: vorticesdynamics.com
In this video I resolve my quiz I raised. This is a very important little exercise because it will allow you to avoid reading measurement results in a wrong way. The measurements of power from a signal generator has never been done before or at least google does not know about it. The high and low impedance is related to voltage or current sourcing. Where the voltage from TTL, CMOS is mostly only used for digital signals and for Mosfet drivers. The 50 Ohm signal as the name said is a power output and here we can use any signals we got inclusive arbitrary signals and AM or FM modulation. Interesting is that the TTL has actually far too much power available it requires only voltage and not current to sink. Comparators don't like to get more than a couple of 100 uA and burn easy out.
