Not
Not being an electronics professional but face the following problem I hope you can help me.
I I would like to estimate the losses due to an impedance mismatch of connector used in wall-crossing of a coaxial transmission line.
Unfortunately, I do not have the experimental resources for testing the connector (with network analyzer).
Is it possible with analytical formula or with simulations?
Not being an electronics professional but face the following problem I hope you can help me.
I would like to estimate the losses due to an impedance mismatch of connector used in wall-crossing of a coaxial transmission line.
Unfortunately, I do not have the experimental resources for testing the connector (with network analyzer).
Is it possible with analytical formula or with simulations?
Not being an electronics professional but face the following problem I hope you can help me.
I would like to estimate the losses due to an impedance mismatch of connector used in wall-crossing of a coaxial transmission line.
Unfortunately, I do not have the experimental resources for testing the connector (with network analyzer).
Is it possible with analytical formula or with simulations?
Not being an electronics professional but face the following problem I hope you can help me.
I would like to estimate the losses due to an impedance mismatch of connector used in wall-crossing of a coaxial transmission line.
Unfortunately, I do not have the experimental resources for testing the connector (with network analyzer).
Is it possible with analytical formula or with simulations?
Not being an electronics professional but face the following problem I hope you can help me.
I would like to estimate the losses due to an impedance mismatch of connector used in wall-crossing of a coaxial transmission line.
Unfortunately, I do not have the experimental resources for testing the connector (with network analyzer).
Is it possible with analytical formula or with simulations?
Not being an electronics professional but face the following problem I hope you can help me.
I would like to estimate the losses due to an impedance mismatch of connector used in wall-crossing of a coaxial transmission line.
Unfortunately, I do not have the experimental resources for testing the connector (with network analyzer).
Is it possible with analytical formula or with simulations?
Hi communauty !
Not being an electronics professional but face the following problem I hope you can help me.
I would like to estimate the losses due to an impedance mismatch of connector used in wall-crossing of a coaxial transmission line.
Unfortunately, I do not have the experimental resources for testing the connector (with network analyzer).
Is it possible with analytical formula or with simulations ?
Thanks a lot !
Tristan
Hi communauty !
Not being an electronics professional but face the following problem I hope you can help me.
I would like to estimate the losses due to an impedance mismatch of connector used in wall-crossing of a coaxial transmission line.
Unfortunately, I do not have the experimental resources for testing the connector (with network analyzer).
Is it possible with analytical formula or with simulations ?
Thanks a lot !
Tristan
Not being an electronics professional but face the following problem I hope you can help me.
I would like to estimate the losses due to an impedance mismatch of connector used in wall-crossing of a coaxial transmission line.
Unfortunately, I do not have the experimental resources for testing the connector (with network analyzer).
Is it possible with analytical formula or with simulations?
