CD-ROM Decoder

Description The CXD1186C is a CD-ROM decoder LSI. Features • Corresponds to CD-ROM, CD-I and CD-ROM XA formats. • Real time error correction. (Erasure correction using C2 pointer from CD player.) • Double speed playback. • Connection to standard SRAM up to 64 K bytes, as buffer memory, possi

CD-ROM Decoder

Description The CXD1186C is a CD-ROM decoder LSI. Features • Corresponds to CD-ROM, CD-I and CD-ROM XA formats. • Real time error correction. (Erasure correction using C2 pointer from CD player.) • Double speed playback. • Connection to standard SRAM up to 64 K bytes, as buffer memory, possi

FM Front End for Radio-Cassette Recorders, Music Centers

Features and Functions • Contains RF amplifier, MIX, OSC, AFC diode. • Operating voltage : 1.8 to 8.0V. • Improvement in cross modulation characteristic due to the use of double-balanced MIX. • Improvement in strong input characteristic. • Minimum number of external parts required. • Less sp

FM Front End for Radio-Cassette Recorders, Music Centers

Features and Functions • Contains RF amplifier, MIX, OSC, AFC diode. • Operating voltage : 1.8 to 8.0V. • Improvement in cross modulation characteristic due to the use of double-balanced MIX. • Improvement in strong input characteristic. • Minimum number of external parts required. • Less sp

PROGRAMMABLE SYNCHRONOUS DC/DC CONVERTER, DUAL LOW DROPOUT REGULATOR CONTROLLER

Description The SC1186 combines a synchronous voltage mode controller with two low-dropout linear regulators providing most of the circuitry necessary to implement three DC/DC converters for powering advanced microprocessors such as Pentium® II & III. Features ◆ Synchronous design, ena

PROGRAMMABLE SYNCHRONOUS DC/DC CONVERTER, DUAL LOW DROPOUT REGULATOR CONTROLLER

Description The SC1186 combines a synchronous voltage mode controller with two low-dropout linear regulators providing most of the circuitry necessary to implement three DC/DC converters for powering advanced microprocessors such as Pentium® II & III. Features ◆ Synchronous design, ena