P1000 against the Big Boys Comparison of Distortion of the P1000 vs some large company devices. Spoiler alert, you just have to figure out who 2nd and 3rd places are.
Bad Inductors We wish that inductors would just be the linear device we learned about in class. If you care about distortion, you will see they are not so linear.
P1000 Application Note: System Design Putting it all together to optimize the system goals to maximize temperature and maintain a safe temperature.
P1000 Application Note: Power Dissipation Calculating power dissipation and comparison of different output stage configurations.
P1000 against the Big Boys Comparison of Distortion of the P1000 vs some large company devices. Spoiler alert, you just have to figure out who 2nd and 3rd places are.
Bad Inductors We wish that inductors would just be the linear device we learned about in class. If you care about distortion, you will see they are not so linear.
P1000 Application Note: System Design Putting it all together to optimize the system goals to maximize temperature and maintain a safe temperature.
P1000 Application Note: Power Dissipation Calculating power dissipation and comparison of different output stage configurations.
P1000 against the Big Boys Comparison of Distortion of the P1000 vs some large company devices. Spoiler alert, you just have to figure out who 2nd and 3rd places are.
Bad Inductors We wish that inductors would just be the linear device we learned about in class. If you care about distortion, you will see they are not so linear.
P1000 Application Note: System Design Putting it all together to optimize the system goals to maximize temperature and maintain a safe temperature.
P1000 Application Note: Power Dissipation Calculating power dissipation and comparison of different output stage configurations.