Description

The DAC-IC8BC is an Integrated Circuit (IC) chip belonging to the Digital-to-Analog Converter (DAC) product category. This chip has a unique model number DAC-02. It is designed to be a complete 10-bit plus sign D/A converter on a single monolithic chip. The chip includes all elements of a complete sign-magnitude DAC such as a precision voltage reference, current steering logic, current sources, R-2R resistor network, logic-controlled polarity switch, and high-speed internally-compensated output op-amp.

Specifications and Features

• Product Model: DAC-IC8BC (DAC-02)
• Product Category: IC Chips - Digital-to-Analog Converters (DAC)
• Resolution: 10-bit + sign
• Integrated Design: All essential sign-magnitude DAC components are included
• Features: Precision voltage reference, current steering logic, current sources, R-2R resistor network, logic-controlled polarity switch, and high-speed internally-compensated output op-amp

Application Scenarios

The DAC-IC8BC (DAC-02) is suitable for use in various applications that require digital-to-analog conversion for analog signal processing, such as audio amplifiers, music devices, industrial control, and communication systems. It is particularly suitable for applications that require high-precision and high-speed conversions.

Comparison

• Compact Design: All essential components of a digital-to-analog converter (DAC) are included in a single monolithic chip
• High Precision: The chip includes a precision voltage reference and a high-speed internally-compensated output op-amp for high-precision and low error rates
• Stable Output: The chip includes current steering logic, current sources, and R-2R resistor network which helps to stabilize the output and reduce noise

• Limited Resolution: The DAC-IC8BC (DAC-02) has a resolution of 10-bit plus sign which may not be sufficient for some high-precision applications that require higher resolution
• Not Suitable for Low-Power Applications: The current steering logic and R-2R resistor network require higher power consumption which makes it unsuitable for low-power applications