Datasheet4U Logo Datasheet4U.com

BD3464FV - General-Purpose 4ch Electronic Volume

Description

BD3464FV is a 4ch electronic volume which has the best audio efficiency in the industry.

It has a volume switching shock sound prevention technique called “Advanced Switch,” supporting the construction of high quality car audio space by simple control.

Features

  • Reduce switching noise of volume by using Advanced Switch circuit.
  • Energy-saving design resulting in low-current consumption by utilizing the Bi-CMOS process. It has the advantage in quality over scaling down the power heat control of the internal regulators.
  • Arranges all I/O terminals together for easier PCB layout and smaller PCB area.
  • I2C BUS can be controlled by 3.3V / 5V. Key Specifications.
  • Power Supply Voltage Range:.
  • Circuit Current (no signal):.
  • T.

📥 Download Datasheet

Datasheet Details

Part number BD3464FV
Manufacturer ROHM
File Size 1.25 MB
Description General-Purpose 4ch Electronic Volume
Datasheet download datasheet BD3464FV Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
BD343 PNP Transistor INCHANGE
BD347 NPN Transistor INCHANGE
BD301 NPN Transistor INCHANGE
BD301N 30 AMP BLOCK DIODES ShunYe
BD301P 30 AMP BLOCK DIODES ShunYe

Other Datasheets by ROHM

Part Number Description
BD34602FS-M 6ch Sound Processor
BD3460FS General-Purpose 6ch Electronic Volume
BD3461FS General-Purpose 6ch Electronic Volume
BD3465FV General-Purpose 4ch Electronic Volume
BD3401KS2 Single Power Supply Sound Processors

Full PDF Text Transcription

Click to expand full text
Datasheet General-Purpose 4ch Electronic Volume with Built-in Advanced Switch BD3464FV General Description BD3464FV is a 4ch electronic volume which has the best audio efficiency in the industry. It has a volume switching shock sound prevention technique called “Advanced Switch,” supporting the construction of high quality car audio space by simple control. Features  Reduce switching noise of volume by using Advanced Switch circuit.  Energy-saving design resulting in low-current consumption by utilizing the Bi-CMOS process. It has the advantage in quality over scaling down the power heat control of the internal regulators.  Arranges all I/O terminals together for easier PCB layout and smaller PCB area.  I2C BUS can be controlled by 3.3V / 5V.
Published: |