And there you have it folks.
Throw the old dog a bone and he chokes on it. Georgehifi has clearly stated he is unable to explain how EPDR will impact a Class-D amplifiers ability to drive a load. I hate to say I told you so, but I told you so.
Hint to the old dog, there is nothing in that article that relates to Class-D.
Do you even know how to read an SOA graph? I am going to guess no. You don’t understand this graph:
https://www.stereophile.com/images/archivesart/707HL_Fig3.jpg
In a Class-D amplifier, the voltage across the device is effectively 0 (or close to it). That means the devices operates on the graph effectively on the left vertical axis at 0 volts. The limitation is pretty much the device current rating. Practically it will be a bit to the right of that as there is dissipation due to RDSon and partial conduction for nanoseconds while switching.
Funny you can find tons of time to attempt to bust every Class-D thread and to chase fusers ad-nauseum, but you can't even put a few of your own words together to explain why EPDR could matter to a Class-D amp. I know why you don't. It is because you can't. You would rather bash Ralph from Atmasphere and others not here to defend themselves with falsehoods. That is not honest behavior.
Throw the old dog a bone and he chokes on it. Georgehifi has clearly stated he is unable to explain how EPDR will impact a Class-D amplifiers ability to drive a load. I hate to say I told you so, but I told you so.
Hint to the old dog, there is nothing in that article that relates to Class-D.
Do you even know how to read an SOA graph? I am going to guess no. You don’t understand this graph:
https://www.stereophile.com/images/archivesart/707HL_Fig3.jpg
In a Class-D amplifier, the voltage across the device is effectively 0 (or close to it). That means the devices operates on the graph effectively on the left vertical axis at 0 volts. The limitation is pretty much the device current rating. Practically it will be a bit to the right of that as there is dissipation due to RDSon and partial conduction for nanoseconds while switching.
Funny you can find tons of time to attempt to bust every Class-D thread and to chase fusers ad-nauseum, but you can't even put a few of your own words together to explain why EPDR could matter to a Class-D amp. I know why you don't. It is because you can't. You would rather bash Ralph from Atmasphere and others not here to defend themselves with falsehoods. That is not honest behavior.