small fix

diff --git a/GSI_2015_PK_FPC/fpc.pdf b/GSI_2015_PK_FPC/fpc.pdf
index bda5b8702cdd540006cfed42058f903bb75d60f0..ba745a99fe27bd601dde14b617bd8b24da67f29e 100644 (file)
Binary files a/GSI_2015_PK_FPC/fpc.pdf and b/GSI_2015_PK_FPC/fpc.pdf differ

diff --git a/GSI_2015_PK_FPC/fpc.tex b/GSI_2015_PK_FPC/fpc.tex
index d0c7d9fe99a10cec62a364c72bcf0e6bd9d87e53..67e8f015faa2f055019b1f436d360e8a46bd29b0 100755 (executable)
--- a/GSI_2015_PK_FPC/fpc.tex
+++ b/GSI_2015_PK_FPC/fpc.tex
@@ -33,7 +33,7 @@ In addtion, the sensor readout has to be robust with low noise occupancy, which
 Especially in the outer stations, substantial parts of those cables are placed inside the acceptance and hence contribute to multiple scattering.
 Those cables are flexible printed circuits (FPC) and provide power to the CMOS Pixel Sensors (CPS), allow to control them, and to read out the hits.
 %The connections to the MAPS sensors will be made with wire-bonding while the FEE-facing side is plugged into a ZIF-connector.
 Especially in the outer stations, substantial parts of those cables are placed inside the acceptance and hence contribute to multiple scattering.
 Those cables are flexible printed circuits (FPC) and provide power to the CMOS Pixel Sensors (CPS), allow to control them, and to read out the hits.
 %The connections to the MAPS sensors will be made with wire-bonding while the FEE-facing side is plugged into a ZIF-connector.

-The previous-generation cable was not specifically optimized for ultra-low material budget, being a two-layer copper-based cable with a layer thickness of about $25~\mathrm{\mu m}$.
+The previous-generation cable was not specifically optimized for ultra-low material budget, being a copper-based cable with a layer thickness of about $25~\mathrm{\mu m}$.

 It was successfully tested in a beamtime with the CBM-MVD prototype~\cite{Koziel}.
 
 
 It was successfully tested in a beamtime with the CBM-MVD prototype~\cite{Koziel}.