Manufacturer Part Number
MCP4161-103E/MS
Manufacturer
microchip-technology
Introduction
The MCP4161-103E/MS is a digital potentiometer from Microchip Technology. It is a single-circuit, non-volatile digital potentiometer with 257 taps and a 10k Ohm resistance range. This device features the WiperLock™ technology, which allows the wiper position to be maintained even when the power is removed.
Product Features and Performance
Single-circuit digital potentiometer with 257 taps
10k Ohm resistance range
Linear taper
SPI interface
Non-volatile memory
Wide supply voltage range of 1.8V to 5.5V
Low temperature coefficient of 150ppm/°C
Surface mount package (8-MSOP)
Operating temperature range of -40°C to 125°C
Product Advantages
WiperLock™ technology maintains wiper position during power-off
Non-volatile memory for preserving wiper position
Wide resistance range and linearity for precise control
Small surface mount package for compact designs
Wide operating temperature range for diverse applications
Key Reasons to Choose This Product
Reliable and precise digital potentiometer with advanced WiperLock™ technology
Non-volatile memory ensures wiper position is retained even when power is removed
Wide resistance range and linearity make it suitable for a variety of applications
Small surface mount package and wide operating temperature range provide design flexibility
Quality and Safety Features
Microchip-quality manufacturing and testing standards
Compliant with relevant industry safety and environmental regulations
Compatibility
The MCP4161-103E/MS is compatible with various SPI-enabled microcontrollers and systems.
Application Areas
Industrial automation and control systems
Audio equipment and musical instruments
Automated test equipment
Medical devices
Consumer electronics
Product Lifecycle
The MCP4161-103E/MS is an active product. There are no immediate plans for discontinuation. Customers can check with our website's sales team or their local sales representatives for the latest product availability and equivalent or alternative models.