For performance reasons, the chip antenna mandates a 50Ω impedance implying a track width and feed length.
Steps to reproduce
Refer to the layout
Locate the AE5 footprint
Examine the feed track
Expected result
The AE5 chip is positioned and has tracks configured to comply with a 50Ω impedance path.
Actual result
The AE5 chip is positioned almost certainly to violate the recommended impedence.
Severity level
This is low priority because project requirements do not mandate antenna type or performance.
# Chip antenna AE5 position is not 50Ω impedance
## Problem environment
For performance reasons, the chip antenna mandates a 50Ω impedance implying a track width and feed length.
## Steps to reproduce
1. Refer to the layout
1. Locate the AE5 footprint
1. Examine the feed track
## Expected result
The AE5 chip is positioned and has tracks configured to comply with a 50Ω impedance path.
## Actual result
The AE5 chip is positioned almost certainly to violate the recommended impedence.
## Severity level
This is **low priority** because project requirements do not mandate antenna type or performance.
Michael Schloh von Bennewitz
ha añadido esto al hito Postproject catchallhace 4 años '
issues.change_milestone_at=`modificó el hito de %!s(MISSING) a %!s(MISSING) %!s(MISSING)
Chip antenna AE5 position is not 50Ω impedance
Problem environment
For performance reasons, the chip antenna mandates a 50Ω impedance implying a track width and feed length.
Steps to reproduce
Expected result
The AE5 chip is positioned and has tracks configured to comply with a 50Ω impedance path.
Actual result
The AE5 chip is positioned almost certainly to violate the recommended impedence.
Severity level
This is low priority because project requirements do not mandate antenna type or performance.
Partially solved in c6ed8ea, pending vector network analysis and manufacturer technical support.
Solved near 0904bbd, with reference to manufacturer advice that ‘prioritize the antenna trace impedance as low.’