• Part: BD3403FV
  • Description: Sound Processors
  • Manufacturer: ROHM
  • Size: 487.45 KB
Download BD3403FV Datasheet PDF
ROHM
BD3403FV
BD3403FV is Sound Processors manufactured by ROHM.
- Part of the BD3883FS comparator family.
Sound Processors for BOOM BOX / Mini-ponent Stereo Sound Processors with Built-in 3-band Equalizers BD3403FV, BD3861FS, BD3883FS No.10086EAT01 - Description The Sound Processor has a built-in 3 Band Equalizer and can be controlled with a 2-wire serial. It is suited for a sound quality design which incorporates various functions, ranging from source selectors, such as BOOM BOX, Mini-audio systems and Micro-audio systems to preamplifiers at the front stage of the power amp. - Features 1) High S/N, achieved by implementing 2-stage configuration of Front Volume and Rear Volume. 2) Provides surround and rear volume with Soft-switch to reduce a shock sound during switching functions(BD3883FS). 3) Volume and tone implemented with the resistance ladder circuit (to achieve high performance with low noise and low distortion). 4) Uses the Bi CMOS process that achieves low-consumption current, which contributes to an energy-saving design. Using the Bi CMOS process, has the advantage in quality over the scaling down of the internal regulators and heat controls. 5) SSOP-A32 and SSOP-B40 are used for the packages. Input pins and output pins are organized and separately laid out so as to keep the signal flows in one direction which consequently, simplify pattern layout of the set board and decrease the board dimensions. - Applications BOOM BOX, mini-audio systems, and micro-audio systems. - Product lineup Parameter Operating Voltage Range Equalizer Front Volume Rear Volume Input Gain Microphone Input Surround Package BD3861FS BD3883FS 6.5 to 9.5V 6.5 to 9.5V 6.5 to 9.5V 3 band 3 band 3 band (BASS, MIDDLE, TREBLE) (BASS, MIDDLE, TREBLE) (BASS, MIDDLE, TREBLE) 0 to -30d B/2d B step 0 to -50d B/2d B step -50 to -70d B/4d B step, -∞d B 0 to -87d B/1d B step, -∞d B 0 to -59d B/1d B step, -∞d B 0 to -59d B/1d B step, -∞d B 0, -10d...