I am reading some answers related to my questions based on control loop stability of SMPS.

I came across this question.

The accepted answer states:

A switch mode power supply is essentially a sampled-data system, therefore the theoretical maximum bandwidth is one half the switching frequency. Practically the phase and transport lag there make it impossible to close the loop there, so 1/5 to 1/10th the switching frequency is a good rule of thumb.

I want to understand this answer a little more simpler and clearer terms electrically.

Can someone please break this answer in simpler terms for my understanding. Would be really helpful.

I am reading some answers related to my questions based on control loop stability of SMPS.

I came across this question.

The accepted answer states:

A switch mode power supply is essentially a sampled-data system, therefore the theoretical maximum bandwidth is one half the switching frequency. Practically the phase and transport lag there make it impossible to close the loop there, so 1/5 to 1/10th the switching frequency is a good rule of thumb.

I want to understand this answer in a little more simpler way with clearer terms electrically.

Can someone please break this answer down into simpler terms for my understanding? Would be really helpful.

I am reading some answers related to my questions based on vontrol loop stability of SMPS.

I came across this question.

The accepted answer states:

A switch mode power supply is essentially a sampled-data system, therefore the theoretical maximum bandwidth is one half the switching frequency. Practically the phase and transport lag there make it impossible to close the loop there, so 1/5 to 1/10th the switching frequency is a good rule of thumb.

I want to understand this answer a little more simpler and clearer terms electrically.

Can someone please break this answer in simpler terms for my understanding. Would be really helpful.

I am reading some answers related to my questions based on control loop stability of SMPS.

I came across this question.

The accepted answer states:

A switch mode power supply is essentially a sampled-data system, therefore the theoretical maximum bandwidth is one half the switching frequency. Practically the phase and transport lag there make it impossible to close the loop there, so 1/5 to 1/10th the switching frequency is a good rule of thumb.

I want to understand this answer a little more simpler and clearer terms electrically.

Can someone please break this answer in simpler terms for my understanding. Would be really helpful.

I am reading some answers related to my questions based on Control Loop Stability of SMPS.

I came across this question.

The accepted answer states

A switch mode power supply is essentially a sampled-data system, therefore the theoretical maximum bandwidth is one half the switching frequency. Practically the phase and transport lag there make it impossible to close the loop there, so 1/5 to 1/10th the switching frequency is a good rule of thumb.

I want to understand this answer a little more simpler and clearer terms electrically.

Can someone please break this answer in simpler terms for my understanding. Would be really helpful.

I am reading some answers related to my questions based on vontrol loop stability of SMPS.

I came across this question.

The accepted answer states:

A switch mode power supply is essentially a sampled-data system, therefore the theoretical maximum bandwidth is one half the switching frequency. Practically the phase and transport lag there make it impossible to close the loop there, so 1/5 to 1/10th the switching frequency is a good rule of thumb.

I want to understand this answer a little more simpler and clearer terms electrically.

Can someone please break this answer in simpler terms for my understanding. Would be really helpful.