Inventor
NEUBAUER ANDRE
DE26 patents
⚠️ This page may combine multiple inventors who share the name “NEUBAUER ANDRE”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
INFINEON TECHNOLOGIES AG
23 patentsUS6549588B2Apr 15, 2003
Communications system and corresponding receiver unit
INFINEON TECHNOLOGIES AG28 citations92
US7099641B2Aug 29, 2006
Receiver circuit for mobile radio receivers with automatic gain control
INFINEON TECHNOLOGIES AG19 citations83
US7830856B2Nov 9, 2010
Data transmission system, frame structure, and method for radio transmission of data
INFINEON TECHNOLOGIES AG7 citations73
US7248218B2Jul 24, 2007
Reliability and the accuracy of position-finding methods by estimation of the Rice factor of a radio link
INFINEON TECHNOLOGIES AG2 citations63
US7106251B2Sep 12, 2006
Receiver in a position-finding system and method for position-finding with increased sensitivity
INFINEON TECHNOLOGIES AG6 citations63
US7116964B2Oct 3, 2006
Signal reception and processing method for cordless communications systems
INFINEON TECHNOLOGIES AG4 citations62
US7106807B2Sep 12, 2006
Method for estimating the frequency shift of a CPFSK signal
INFINEON TECHNOLOGIES AG2 citations62
US6993097B2Jan 31, 2006
Demodulation method and demodulator for CPFSK-modulated signals
INFINEON TECHNOLOGIES AG5 citations62
US6944220B2Sep 13, 2005
Circuit configuration for the offset compensation of a signal
INFINEON TECHNOLOGIES AG3 citations62
US6785348B2Aug 31, 2004
Demodulator and method for demodulating CPFSK-modulated signals using a linear approximation of the CPFSK signal
INFINEON TECHNOLOGIES AG4 citations62
US6728321B2Apr 27, 2004
Receiving device for angle-modulated signals
INFINEON TECHNOLOGIES AG4 citations62
US7564926B2Jul 21, 2009
Method and device for calculating zero-crossing reference sequences for signal detection of angle-modulated signals based on zero crossings of the received signal
INFINEON TECHNOLOGIES AG2 citations61
US7260413B2Aug 21, 2007
Data transmission system having a high data transmission rate and method of transmitting the data
INFINEON TECHNOLOGIES AG2 citations61
US7483507B2Jan 27, 2009
Method for resynchronization of a mobile radio receiver in the event of a changeover between two different modulation methods
INFINEON TECHNOLOGIES AG1 citations52
US7233288B2Jun 19, 2007
Receiver for a position-finding system with improved sensitivity
INFINEON TECHNOLOGIES AG0 citations52
US7010063B2Mar 7, 2006
Receiver circuit and method of processing a received signal
INFINEON TECHNOLOGIES AG0 citations52
US7657231B2Feb 2, 2010
Method for estimating a frequency offset of a modulated bandpass signal
INFINEON TECHNOLOGIES AG0 citations51
US7646827B2Jan 12, 2010
Demodulation of a digitally frequency-modulated analog received signal by evaluation of the time intervals between the zero crossings
INFINEON TECHNOLOGIES AG0 citations51
US7623598B2Nov 24, 2009
Demodulation of a frequency-modulated received signal by means of a Viterbi algorithm
INFINEON TECHNOLOGIES AG1 citations51
US7129737B2Oct 31, 2006
Method for avoiding transients during switching processes in integrated circuits, and an integrated circuit
INFINEON TECHNOLOGIES AG0 citations50
US7839918B2Nov 23, 2010
Method and device for estimating a frequency in the acquisition of a spread-spectrum code signal
INFINEON TECHNOLOGIES AG0 citations42
US7746958B2Jun 29, 2010
Receiver for a wire-free communication system
INFINEON TECHNOLOGIES AG0 citations41
US7016683B2Mar 21, 2006
Frequency scheme for data transmission systems
INFINEON TECHNOLOGIES AG0 citations41