| 11. | Insertion loss is a figure of merit for an electronic filter and this data is generally specified with a filter.
|
| 12. | The second challenge to keep the power transfer efficient, is to keep the insertion loss as low as possible.
|
| 13. | In this case, the insertion loss is positive and measures how much smaller the signal is after adding the filter.
|
| 14. | In case the two measurement ports use the same reference impedance, the insertion loss ( IL ) is defined as:
|
| 15. | Isolation can be improved at the expense of insertion loss at both output ports by replacing the output resistors with T pads.
|
| 16. | The isolator provides a low insertion loss from the SLED to the fiber and a high insertion loss in the back direction.
|
| 17. | The isolator provides a low insertion loss from the SLED to the fiber and a high insertion loss in the back direction.
|
| 18. | Certain devices can also allow a feedhorn to accept both linear and circular, though these cause a slight insertion loss to all incoming signals.
|
| 19. | Waffle-iron filters are used where both a wide passband with low insertion loss, and a wide ( sometimes very wide ) stopband are needed.
|
| 20. | In a real directional coupler, however, the insertion loss consists of a combination of coupling loss, dielectric loss, conductor loss, and VSWR loss.
|
