Integrated Circuit Phase-Lock Loop (PLL) Frequency Synthesizer for CB

Features: • Programmable Divider – Divided by 3 to 255 • 10–Bit Divider • Phase Detector • Reference Oscillation Circuit • On–Chip Filter Amplifier • Code Converter • Only two or three crystals required for CB radio AM frequency selection • Unlocked signals are detected at

Integrated Circuit Phase–Lock Loop (PLL) Frequency Synthesizer for CB

Features:\n• Programmable Divider – Divided by 3 to 255\n• 10–Bit Divider\n• Phase Detector\n• Reference Oscillation Circuit\n• On–Chip Filter Amplifier\n• Code Converter\n• Only two or three crystals required for CB radio AM frequency selection\n• Unlocked signals are detected at instant stop “IS”

CCD Camera Synchronization and Timing Signal Generator

Description The CXD1254AR and CXD1254AQ Ics generates the necessary synchronization and timing signals for camera systems employing CCD image sensors (ICX044, ICX045, ICX046, etc.). Features • Supports color (NTSC) and black & white (EIA/CCIR) systems • On-chip electronic shutter • On-chi

CCD Camera Synchronization and Timing Signal Generator

Description The CXD1254AR and CXD1254AQ Ics generates the necessary synchronization and timing signals for camera systems employing CCD image sensors (ICX044, ICX045, ICX046, etc.). Features • Supports color (NTSC) and black & white (EIA/CCIR) systems • On-chip electronic shutter • On-chi

Medium-Power Amplifier

GENERAL DESCRIPTION The KGF1254B is a medium-power amplifier, with frequencies ranging from the UHF-band to the L-band, that features high output power, low noise, and low current operation. The KGF1254B specifications are guaranteed to a fixed matching circuit for 5.2 V and 850 MHz; external imp

Medium-Power Amplifier

GENERAL DESCRIPTION The KGF1254B is a medium-power amplifier, with frequencies ranging from the UHF-band to the L-band, that features high output power, low noise, and low current operation. The KGF1254B specifications are guaranteed to a fixed matching circuit for 5.2 V and 850 MHz; external imp