AD5644RBRMZ-3

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The AD5644RBRMZ-3 Digital to Analog Converter (DAC) is a data acquisition device used for converting digital signals into analog signals. It supports a voltage output range of 6 V and is suitable for both commercial and industrial applications. The AD5644RBRMZ-3 is a fast and high-speed DAC, offering an 8-bit resolution, sampling rate of 425 Msps, and an output current of 7mA.

The ADC5644RBRMZ-3 has a low power dissipation of 0.2 mW at the 125°C maximum junction temperature. It combines both on-chip and off-chip buffering and enables high-performance operation. The device supports multiple power saving modes and has a low 0.4 V standby current. It is compatible with various logic families, including 3.3 V, 5V, and 2.5 V, and is also compatible with devices that support SPI and I2C data formats.

The AD5644RBRMZ-3 includes a digital filter that provides low-noise digital output. It is equipped with an on-chip temperature reference, four programmable gain amplifier configurations, and a fast adjustment of gain and offset values. The internal linearity of the DAC is excellent, allowing for maximum precision in transferring digital data to analog signals.

The AD5644RBRMZ-3 offers a wide range of applications in various data acquisition systems, parameter control and modulation, and device testing. It is also commonly used in audio systems, medical diagnostics, and laboratory equipment. In addition, the DAC can also be used to control motor speed, system synchronization, and measure temperatures.

The working principle of the AD5644RBRMZ-3 is based on the fact that it converts digital data into an analog voltage. This process is achieved by sampling the digital data and adjusting the analog output accordingly. The AD5644RBRMZ-3 DAC contains an on-board digital filter, which helps minimize noise and improve accuracy.

The AD5644RBRMZ-3 is an ideal choice for applications requiring fast conversion and low power consumption. It is available in a small 8-lead SOIC package, making it suitable for a wide range of embedded applications. The device features various protection features, such as over-voltage, over-current, and ESD protection, to ensure reliable operation.

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