3 Minor latex tweak

I have been studying about exponential average. There are enough explanations about this at Internet, but they do not explain about the time constant.

I have one channel with a T$$T$$ seconds time signal with sampling frequency fs$$f_s$$.

If I want to do average of this time signal, we need to use either linear or exponential method. Linear average method is quite simple so there is no trouble for applying. However, if I try to apply exponential average method, there are some problems.

If time signal varies quickly, we prefer to use fast time constant 125 ms. Also, the time signal varies slowly, using 1000 ms of slow time constant is better, but in this situation, I do not know how can I apply this time constant with time signal.

Is there any explanation or any example for doing exponential average with time constant?

I have been studying about exponential average. There are enough explanations about this at Internet, but they do not explain about the time constant.

I have one channel with a T seconds time signal with sampling frequency fs.

If I want to do average of this time signal, we need to use either linear or exponential method. Linear average method is quite simple so there is no trouble for applying. However, if I try to apply exponential average method, there are some problems.

If time signal varies quickly, we prefer to use fast time constant 125 ms. Also, the time signal varies slowly, using 1000 ms of slow time constant is better, but in this situation, I do not know how can I apply this time constant with time signal.

Is there any explanation or any example for doing exponential average with time constant?

I have been studying about exponential average. There are enough explanations about this at Internet, but they do not explain about the time constant.

I have one channel with a $$T$$ seconds time signal with sampling frequency $$f_s$$.

If I want to do average of this time signal, we need to use either linear or exponential method. Linear average method is quite simple so there is no trouble for applying. However, if I try to apply exponential average method, there are some problems.

If time signal varies quickly, we prefer to use fast time constant 125 ms. Also, the time signal varies slowly, using 1000 ms of slow time constant is better, but in this situation, I do not know how can I apply this time constant with time signal.

Is there any explanation or any example for doing exponential average with time constant?

2 Consolidated paragraphs

I have been studying about exponential average.

There There are enough explanationexplanations about this at Internet, but they do not explain about the time constant.

I have one channel with a T seconds time signal with sampling frequency fs.

If I want to do average of this time signal, we need to use either linear or exponential method.

Linear Linear average method is quite simple so there is no trouble for applying.

However However, if I try to apply exponential average method, there are some problems.

If time signal varies quickly, we prefer to use fast time constant 125 ms.

Also Also, the time signal varies slowly, using 1000 ms of slow time constnatconstant is better.

In, but in this situation, I do not know how can I apply this time constant with time signal.

Is there any explanation or any example for doing exponential average with time constant?

Thank you in advance. Have a nice day!

Sincerely,

Albert

I have been studying about exponential average.

There are enough explanation about this at Internet, but they do not explain about time constant.

I have one channel T seconds time signal with sampling frequency fs.

If I want to do average of this time signal, we need to use either linear or exponential method.

Linear average method is quite simple so there is no trouble for applying.

However, if I try to apply exponential average method, there are some problems.

If time signal varies quickly, we prefer to use fast time constant 125 ms.

Also time signal varies slowly, using 1000 ms of slow time constnat is better.

In this situation, I do not know how can I apply this time constant with time signal.

Is there any explanation or any example for doing exponential average with time constant?

Thank you in advance. Have a nice day!

Sincerely,

Albert

I have been studying about exponential average. There are enough explanations about this at Internet, but they do not explain about the time constant.

I have one channel with a T seconds time signal with sampling frequency fs.

If I want to do average of this time signal, we need to use either linear or exponential method. Linear average method is quite simple so there is no trouble for applying. However, if I try to apply exponential average method, there are some problems.

If time signal varies quickly, we prefer to use fast time constant 125 ms. Also, the time signal varies slowly, using 1000 ms of slow time constant is better, but in this situation, I do not know how can I apply this time constant with time signal.

Is there any explanation or any example for doing exponential average with time constant?

1

# Exponential average with time constant of slow, fast and impulse

I have been studying about exponential average.

There are enough explanation about this at Internet, but they do not explain about time constant.

I have one channel T seconds time signal with sampling frequency fs.

If I want to do average of this time signal, we need to use either linear or exponential method.

Linear average method is quite simple so there is no trouble for applying.

However, if I try to apply exponential average method, there are some problems.

If time signal varies quickly, we prefer to use fast time constant 125 ms.

Also time signal varies slowly, using 1000 ms of slow time constnat is better.

In this situation, I do not know how can I apply this time constant with time signal.

Is there any explanation or any example for doing exponential average with time constant?

Thank you in advance. Have a nice day!

Sincerely,

Albert