BU2506FV-E2 - Rohm Semiconductor

Manufacturer Part Number

BU2506FV-E2

Manufacturer

ROHM Semiconductor

Introduction

The BU2506FV-E2 is a multi-channel digital-to-analog converter (DAC) with 10-bit resolution and 8 output channels. It features a fast 20μs settling time, a wide operating temperature range of -30°C to 85°C, and a SPI digital interface for easy integration into various applications.

Product Features and Performance

10-bit resolution per channel

8 independent DAC output channels

20μs settling time

Voltage output, buffered

Single 5V analog and digital supply voltage

Low ±3.5 LSB maximum integral nonlinearity (INL) and ±1 LSB maximum differential nonlinearity (DNL)

R-2R resistor ladder architecture

SPI serial interface for data and control

Product Advantages

Compact 20-pin LSSOP package for space-constrained designs

Wide operating temperature range suitable for industrial applications

Excellent linearity and low noise performance

Easy to integrate with microcontrollers or other digital systems

Key Reasons to Choose This Product

Versatile 8-channel DAC solution for a wide range of applications

Fast 20μs settling time enables high-speed control and monitoring

Reliable operation in harsh environments thanks to the wide temperature range

Cost-effective solution with good performance-to-price ratio

Quality and Safety Features

Robust design for reliable operation

Compliant with relevant safety and environmental regulations

Compatibility

The BU2506FV-E2 is compatible with various microcontrollers and digital systems that support SPI communication.

Application Areas

Industrial automation and control systems

Test and measurement equipment

Medical and instrumentation devices

Audio and video signal processing

Robotics and motion control

Product Lifecycle

The BU2506FV-E2 is an active product and is currently available. There are no known plans for discontinuation at this time. If you require information about equivalent or alternative models, please contact our website's sales team.