DS1669-10+

Description

The DS1669-10+ is a dual digital potentiometer IC from Analog Devices Inc. It features two independent potentiometers with 256-tap positions, allowing for precise control of voltage or current in various applications. The device has a compact 8-pin SOIC package and operates over a wide range of voltages. The DS1669-10+ is designed for use in audio equipment, instrumentation, industrial control systems, and other applications where programmable resistance is required. Its volatile memory allows the wiper position to be stored even when power is turned off, making it suitable for applications that require non-volatile settings. This IC offers low power consumption, making it an energy-efficient solution for battery-powered devices or those requiring minimal power draw. The device's I2C-compatible interface enables easy communication with microcontrollers and other devices.

Features

According to the product information, the features of the DS1669-10+ Digital Potentiometer IC from Analog Devices Inc. are:

• Dual digital potentiometer
• 10kΩ resistance
• 256-tap positions
• I2C-compatible interface
• Volatile memory
• Low power consumption
• Software-controlled settings
• Wide operating voltage range
• Compact 8-pin SOIC package
• Non-volatile wiper settings

Package

The package type of DS1669-10+ is 8-DIP (0.300", 7.62mm).

Manufacturer

The manufacturer of the DS1669-10+ is Analog Devices Inc., a leading global semiconductor company that specializes in designing, manufacturing, and marketing high-performance, high-reliability semiconductors for various industries, including audio equipment, instrumentation, industrial control systems, and more.

Applications

The DS1669-10+ digital potentiometer IC has applications in audio equipment, instrumentation and industrial control systems, programmable voltage and current control, solid-state switches and relays, and general-purpose variable resistor applications. Its dual digital potentiometer design makes it suitable for a wide range of uses where precise resistance control is required.