Abstract: There is disclosed a system configured to receive one or more radio frequency signals comprising a UHF frequency range comprising a plurality of UHF channels. The system comprises: one or more corresponding analog to digital converters, configured to convert the corresponding RF signal after which a digital multi-switch module and a corresponding plurality of digital channelizers generate modified digital RF signals preferably comprising a digital signal comprising at least one selected, frequency translated and leveled UHF channel.

Abstract: There is disclosed a system configured to receive one or more radio frequency signals comprising a UHF frequency range comprising a plurality of UHF channels. The system comprises: one or more corresponding analog to digital converters, configured to convert the corresponding RF signal after which a digital multi-switch module and a corresponding plurality of digital channelizers generate modified digital RF signals preferably comprising a digital signal comprising at least one selected, frequency translated and leveled UHF channel.

Abstract: TV signal distribution filter device which includes at least one tuneable band-pass filter circuit, each tuneable filter circuit having a signal input for receiving a TV signal, a signal output for delivering a filtered TV signal, and a plurality of components connected in a predetermined configuration between the signal input and the signal output and together being provided for filtering the received TV signal to the filtered TV signal, said plurality of components including at least a first inductor and a second inductor, each accompanied by a tuneable capacitive component and connected to a voltage node which is provided for receiving a tuning voltage for tuning the tuneable capacitive component and thereby setting a filtering parameter of the tuneable filter circuit, the first and second inductors being planar inductors which are mechanically fixed and embedded in a dielectric environment and are electro-magnetically coupled with each other.

Abstract: An electronic filter device for the reception of TV-signals, comprising a plurality of frequency determining elements settable by means of an analog setting voltage, a memory (2) for storing digital values representative of the analog setting voltages and conversion circuitry (11-14) for converting the digital values into the analog setting voltages. The conversion circuitry comprises a first part (11-13) for generating a digitally modulated signal for each digital value, the digitally modulated signal having a modulated characteristic representative of the digital value, and a second part (14) for converting each of the digitally modulated signals into the analog setting voltages.

Abstract: The invention relates to a system comprising a plurality of groups of one or more TV-signal distribution units connected to each other in cascade. Each TV-signal distribution unit comprising a plurality of lines for transporting input signals coming from a head end from an input side to an output side of the unit. At least one of the TV-signal distribution units of each group comprises measurement means for measuring a signal characteristic of a TV-signal transported on the lines, a programmable processing means for comparing each of the measured signal characteristics with at least one programmable reference value and determining a signal quality from each comparison, and indicator means for indicating the signal qualities to an installer of the system. The invention further relates to a method for installing such a system and a signal degradation compensation system.

Abstract: An electronic filter device for the reception of TV-signals, comprising a plurality of frequency determining elements settable by means of an analog setting voltage, a memory (2) for storing digital values representative of the analog setting voltages and conversion circuitry (11-14) for converting the digital values into the analog setting voltages. The conversion circuitry comprises a first part (11-13) for generating a digitally modulated signal for each digital value, the digitally modulated signal having a modulated characteristic representative of the digital value, and a second part (14) for converting each of the digitally modulated signals into the analog setting voltages.