Integrated Circuit Dual Chroma Demodulator

Description: The NTE790 has two sets of synchronous detectors with matrix circuits to achieve the R–Y, G–Y and B–Y color difference output signals. The chroma input signal is applied to Pin3 and Pin4 while the oscillator injection signal is applied to Pin6 and Pin7. The color difference signals

Integrated Circuit Dual Chroma Demodulator

Description:\nThe NTE790 has two sets of synchronous detectors with matrix circuits to achieve the R–Y, G–Y and B–Y color difference output signals. The chroma input signal is applied to Pin3 and Pin4 while the oscillator injection signal is applied to Pin6 and Pin7. The color difference signals, af

Integrated Circuit TV Chroma Amplifier Demodulator

Description:\nCompromised of an independent 2–stage chroma amplifier, chroma demodulators, resistor matrix, and color difference amplifiers. The NTE791 monolithic silicon integrated circuit is one of two blocks required for a complete color television receiver chroma system.\nThe chroma amplifiers c

Integrated Circuit TV Chroma Amplifier Demodulator

Description: Compromised of an independent 2–stage chroma amplifier, chroma demodulators, resistor matrix, and color difference amplifiers. The NTE791 monolithic silicon integrated circuit is one of two blocks required for a complete color television receiver chroma system. The chroma amplif

Integrated Circuit TV Chroma Processor

Features; • Phase−Locked Subcarrier Regeneration Utilizes Sample−And−Hold Techniques • Automatic Chrominance Control (ACC)/Killer Detector Employs Sample−And−Hold Techniques • Supplementary ACC with an Overload Detector to Prevent Oversaturation of this Picture Tube • Sinusoidal Subcar

Integrated Circuit TV Chroma Processor

Features;\n• Phase−Locked Subcarrier Regeneration Utilizes Sample−And−Hold Techniques\n• Automatic Chrominance Control (ACC)/Killer Detector Employs Sample−And−Hold Techniques\n• Supplementary ACC with an Overload Detector to Prevent Oversaturation of this Picture Tube\n• Sinusoidal Subcarrier Outpu

Integrated Circuit Four Channel ?쏶Q??Decoder

Description: The NTE799 consists of two high input impedance preamplifiers which are fed with left total, LT, and right total, RT signals. The preamplifiers each feed two all–phase networks which generate two LT signals in quadrature and two RT signals in quadrature. The four signals are matrix