MCP47FEB11A1T-E/ST

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The MCP47FEB11A1T-E/ST digital to analog converter (DAC) is a single-channel, 12-bit DAC with a voltage reference. It features a wide range of features including programmable gain, an internal voltage reference, offset adjustment, low-power operation and low noise. The MCP47FEB11A1T-E/ST DAC is ideal for signal conditioning and signal generation applications in industrial and consumer electronics, medical and automotive applications.

The MCP47FEB11A1T-E/ST offers a significant advantage over traditional analog signal conditioning as it provides a reliable and accurate output signal with minimal noise and power consumption. The 11-bit resolution of the MCP47FEB11A1T-E/ST is sufficient for most applications and can be used for signal conditioning in systems such as for process control, audio, power systems and digital signal processing.

The MCP47FEB11A1T-E/ST supports programmable gain, which allows the output voltage to be adjusted over a wide range. The gain can be adjusted by changing the value of a register within the DAC, making it suitable for a wide variety of applications. This feature also allows the DAC to be used to generate signals of various amplitude and frequency. Additionally, the MCP47FEB11A1T-E/ST has an adjustable internal voltage reference which can be used to create a stable output voltage.

The MCP47FEB11A1T-E/ST is designed for low-power operation, drawing only 30 µA of quiescent current and is also designed to operate over an extended temperature range. It features a Slew Rate Control that can reduce the settling time to just 30 µs, allowing for high-speed data acquisition. Additionally, the DAC has a low-noise output which is suitable for low-noise applications and comes in a small 3.3 mm × 3.3 mm package.

In summary, the MCP47FEB11A1T-E/ST digital to analog converter offers a wide range of features for applications in industrial and consumer electronics, medical and automotive applications. Its programmable gain and adjustable voltage reference make it suitable for a variety of signal conditioning and generation applications, while its low-noise output and low power consumption make it an ideal choice for low-noise systems. Additionally, its small size and extended temperature range make it a great choice for portable or embedded applications.

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