Datasheet4U Logo Datasheet4U.com

BU2508FV - 10bit 4ch/6ch D/A Converters

Description

The BU2507FV and BU2508FV ICs are 10bit R-2R type D/A converters with 6ch and 4ch outputs, respectively.

Each channel incorporates a full swing output-type buffer amplifier with high speed output response characteristics, resulting in a greatly shortened D/A output settling time.

Features

  • Built-in Multi-channel R-2R Type 10bit D/A Converter (BU2508FV: 4 Channels, BU2507FV: 6 Channels).
  • Built-in Full Swing Output Buffer Amplifier for All Channels.
  • RESET Terminal to fix the Output Voltage to the Lower Reference Level for All Channels.
  • Digital Inputs Compatible with TTL Levels.
  • 3-wir.

📥 Download Datasheet

Datasheet Details

Part number BU2508FV
Manufacturer ROHM
File Size 737.71 KB
Description 10bit 4ch/6ch D/A Converters
Datasheet download datasheet BU2508FV Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
BU2508 Bridge Rectifiers Vishay
BU2508-E3 Bridge Rectifiers Vishay
BU2508-M3 Bridge Rectifiers Vishay
BU2508A Silicon Diffused Power Transistor NXP
BU2508A SILICON POWER TRANSISTOR SavantIC

Other Datasheets by ROHM

Part Number Description
BU2500FV 8bit 12-channel D/A converter
BU2501FV 8bit 12-channel D/A converter
BU2505FV 10bit 10-channel D/A converter
BU2506FV 10bit 8ch/10ch D/A Converters
BU2507FV 10bit 4ch/6ch D/A Converters

Full PDF Text Transcription

Click to expand full text
Datasheet D/A Converter Series for Electronic Adjustment 10bit 4ch/6ch D/A Converters BU2507FV BU2508FV General Description The BU2507FV and BU2508FV ICs are 10bit R-2R type D/A converters with 6ch and 4ch outputs, respectively. Each channel incorporates a full swing output-type buffer amplifier with high speed output response characteristics, resulting in a greatly shortened D/A output settling time. The ICs also have digital input pins compatible with TTL levels, and the maximum value of the data transfer frequency is 10MHz. With the variable output range function, the upper and lower limits of the output voltage can be set separately from the power supply voltage.
Published: |