channel # and grammer corrections - cu

diff --git a/2013-twepp-neiser-trb3_applications/abstract.txt b/2013-twepp-neiser-trb3_applications/abstract.txt
index 6a6d392195d251ad35a4bc45d2f7d1b47df7c088..81651cf43db81166e45f7ce1fbe85761ee096e86 100644 (file)
--- a/2013-twepp-neiser-trb3_applications/abstract.txt
+++ b/2013-twepp-neiser-trb3_applications/abstract.txt
@@ -2,7 +2,7 @@
 # Currently 92 (maximum allowed: 100)
 
 The TRB3 features four FPGA-based TDCs with <20ps RMS time precision
-between two channels and 256+4 channels in total. One central FPGA
+between two channels and 256+4+4 channels in total. One central FPGA
 provides flexible trigger functionality and GbE connectivity including
 powerful slow control. We present recent users' applications of this
 platform following the COME&KISS principle: Successful test beamtimes

diff --git a/2013-twepp-neiser-trb3_applications/summary.txt b/2013-twepp-neiser-trb3_applications/summary.txt
index e6041232e696ffc334ac33647a151399a7a0c5fd..d390b640cc26c56277423f9b5f50f6f5ba2a8ebc 100644 (file)
--- a/2013-twepp-neiser-trb3_applications/summary.txt
+++ b/2013-twepp-neiser-trb3_applications/summary.txt
@@ -31,7 +31,7 @@ designed using the differential input buffers of an FPGA as
 discriminators with a PWM generated voltage as a variable threshold.
 However, for calorimeters the charge information of the pulse
 extracted from time over threshold is usually not sufficient. Thus,
-the leading edge measurement can complemented by a modified Wilkinson
+the leading edge measurement can be complemented by a modified Wilkinson
 ADC circuit, which encodes the charge in the width of the digital
 pulse delivered to the TDC. A proof-of-concept board was successfully
 tested and a version with an improved dynamic range is currently