AD5627RBRMZ-1

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The AD5627RBRMZ-1 is a low-power, single-channel, 16-bit digital to analog converter (DAC). The AD5627RBRMZ-1 is a CMOS device capable of providing rail-to-rail analog output with no performance penalty, making it ideal for battery-powered applications. The device features an on-board reference and reference buffer, which allows the user to further reduce system power consumption when using a single external voltage reference. The AD5627RBRMZ-1 also has a single-phase, switched-capacitor output stage that reduces noise and distortion, allowing for more accurate data conversion.

The AD5627RBRMZ-1 is well-suited for applications that require low power consumption, such as portable instrumentation, medical devices, industrial applications, low-frequency noise-sensitive applications, and battery-powered systems. Its single-phase, switched-capacitor output stage is suitable for applications that require high-frequency output. As a CMOS device, the AD5627RBRMZ-1 is especially beneficial for noise and distortion sensitive applications, such as communications, audio systems, and data acquisition.

The AD5627RBRMZ-1 uses a high-accuracy, low-noise, 800-kΩ resistor ladder network and a precision voltage reference to achieve rail-to-rail analog output. The device also has an internal temperature sensor and clock, which allow for the device to be accurately calibrated for a wide temperature range. Additionally, the AD5627RBRMZ-1 can be programmed for either a single-channel (one DAC output) or a dual-channel (two DAC outputs) output configuration. The device features both parallel and serial digital inputs, which makes it suitable for a variety of digital-to-analog circuits.

Overall, the AD5627RBRMZ-1 is a low-power, 16-bit digital-to-analog converter with excellent performance. The device features an on-board reference and reference buffer, a single-phase, switched-capacitor output stage, and a temperature sensor and clock. The device is suitable for a variety of applications, such as portable instrumentation, medical devices, industrial applications, low-frequency noise-sensitive applications, and battery-powered systems. It is well-suited for low power consumption and noise/distortion sensitive applications, such as communications, audio systems, and data acquisition.

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