2.7GHz FREQUENCY SYNTHESIZER FOR SATELLITE TV

2.7GHz FREQUENCY SYNTHESIZER FOR SATELLITE TV TD7626F and TD7626FN are single-chip frequency synthesizer ICs that can be combined with a µCPU to configure an advanced-function frequency synthesizer system. TD7626FN comes in a more compact package, pitch 0.65mm. FEATURES • High inpu

2.7GHz FREQUENCY SYNTHESIZER FOR SATELLITE TV

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2.7GHz FREQUENCY SYNTHESIZER FOR SATELLITE TV

2.7GHz FREQUENCY SYNTHESIZER FOR SATELLITE TV TD7626F and TD7626FN are single-chip frequency synthesizer ICs that can be combined with a µCPU to configure an advanced-function frequency synthesizer system. TD7626FN comes in a more compact package, pitch 0.65mm. FEATURES • High inpu

Video signal switcher for AV amplifiers

The BA7626 and BA7626F are video signal switches that contain two five-channel analog multiplexers for switching chroma and audio signals, and two wide-band 6dB amplifiers. By simply adding transistor buffers to the outputs, it is possible to construct a record / playback switch for two record / p

Video signal switcher for AV amplifiers

The BA7626 and BA7626F are video signal switches that contain two five-channel analog multiplexers for switching chroma and audio signals, and two wide-band 6dB amplifiers. By simply adding transistor buffers to the outputs, it is possible to construct a record / playback switch for two record / p

Video, Chroma and Deflection Circuit for Color Television Sets

Overview The LA7625 and LA7626 are based on the LA7620 and LA7621 with the video circuit DC restoration factor changed to 100. The LA7625 and LA7626 are small, multifunction ICs in which video, chroma and deflection circuits for NTSC color TV system are packaged in a shrink-type DIP30S (the same

Microprocessor Compatible Buffered Multiplying 16-Bit Digital-to-Analog Converter

GENERAL DESCRIPTION The MP7626 is a CMOS 16-bit Digital-to-Analog Converter (DAC) that is manufactured using advanced thin film resistors on a double metal CMOS process. It incorporates a unique bit decoding technique yielding lower glitch, higher speed and excellent accuracy over temperature and