The MCP4901-E/P is a single-channel, 8-bit digital-to-analog converter (DAC) featuring an external voltage reference and SPI interface. It provides high accuracy, low power consumption, and operates from a single supply voltage between 2.7V and 5.5V. The device allows flexible configuration of the full-scale output to either VREF or 2×VREF through a gain selection bit. It can be put into shutdown mode for power savings, with internal circuits turned off and the output amplifier providing a high-impedance load. Equipped with double-buffered registers, the DAC supports synchronized output updates via the LDAC pin. It includes a power-on reset circuit for reliable startup. Utilizing a resistive string architecture, it offers low differential non-linearity and fast settling time. Additional features include rail-to-rail output, support for SPI clock speeds up to 20MHz, simultaneous output latching with LDAC, a fast settling time of 4.5 microseconds, selectable gain options, and an external voltage reference input suitable for external multiplier mode. Suitable applications encompass computer peripherals, communications and networking, consumer electronics, sensing, and instrumentation. Note: Due to market demand, lead times may extend, and delivery dates can fluctuate. The product is not eligible for discounts.
Order the MCP4901EP online today to enjoy reliable, high-precision voltage output with fast settling time and low power usage. Perfect for calibration, sensor control, and communication devices, this DAC offers flexible features such as shutdown mode, external reference input, and support for high-speed SPI. Designed for industrial and consumer electronics, it ensures seamless integration with microcontrollers in a variety of environments. Secure your supply chain and optimize your project performance by purchasing online now.
You can click on the BUY or RFQ button to purchase MCP4901EP from an authorized Microchip Technology distributor.
You can download the MCP4901EP datasheet or visit the Microchip Technology website for support.
Microchip Technology