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SMD potentiometer MCP4 series
manualdigitalprecision

SMD potentiometer - MCP4 series - Microchip Technology Inc. - manual / digital / precision
SMD potentiometer - MCP4 series - Microchip Technology Inc. - manual / digital / precision
SMD potentiometer - MCP4 series - Microchip Technology Inc. - manual / digital / precision - image - 2
SMD potentiometer - MCP4 series - Microchip Technology Inc. - manual / digital / precision - image - 3
SMD potentiometer - MCP4 series - Microchip Technology Inc. - manual / digital / precision - image - 4
SMD potentiometer - MCP4 series - Microchip Technology Inc. - manual / digital / precision - image - 5
SMD potentiometer - MCP4 series - Microchip Technology Inc. - manual / digital / precision - image - 6
SMD potentiometer - MCP4 series - Microchip Technology Inc. - manual / digital / precision - image - 7
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Characteristics

Configuration
SMD
Operation
manual
Technology
digital
Other characteristics
precision

Description

Our broad portfolio of digital potentiometers for precision-controlled applications enables you to create high-precision, small-form-factor, multi-channel, digitally controlled resistor solutions. We offer digital potentiometer devices with typical end-to-end resistances of 2.1 kΩ, 5 kΩ, 10 kΩ, 50 kΩ and 100 kΩ. These devices are available in 6-, 7- or 8-bit resolution. The serial interface options allow you to easily integrate the device into your application. For some applications, the simple up/down interface will be adequate. Higher resolution devices (7-bit and 8-bit) often require direct read/write to the wiper control register, which is supported with SPI or I2C interfaces. SPI is simpler to implement, but I2C uses only two signals (pins) and can support multiple devices on the serial bus without additional pins. We offer both volatile and nonvolatile (EEPROM) devices, allowing you the flexibility to optimize your system design. The integrated EEPROM option allows you to save digital potentiometer settings when your device shuts down and restore them to their original values when your device reboots. Resistor network configurations allow the package size and cost to be minimized for the desired functionality. For example, in the MCP4017/18/19 device family, if you want a variable resistor (rheostat), you can select the MCP4019 in a low-cost, 5-pin SC70 package to achieve the functionality. In some applications, matched components are critical to ensure system performance. We manufacture dual- and quad-digital potentiometer resistor networks on the same silicon and closely match them to create a good fit for these types of applications.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.