DAC7643VFBTG4

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The DAC7643VFBTG4 (Digital to Analog Converters or DAC) is an integrated circuit used for analog signal generation in many different applications. The DAC7643VFBTG4 is widely used in applications such as audio, video, communications, and medical imaging. The device offers high accuracy, flexible configuration, and high data transmission performance. It is also capable of providing a variety of analog outputs in the range of 0.3V to 5.2V.

The DAC7643VFBTG4 operates on a CMOS voltage level and is available in a 6-pin TSSOP package. It includes an adjustable 12-bit digital to analog conversion and 12-bit resolution control according to the inputs applied via three separate 13-bit control buses. The DAC7643VFBTG4 is designed for a wide variety of applications such as digital to analog converter for panel metering, multiplexed analog output, digital to analog conversion for audio equipment, and other operation related to high frequency signals. The device also features an adjustable shut-down mode that enables low power operation.

The DAC7643VFBTG4 features a power supply range from 3V to 5.5V. It has a voltage threshold ranging from 0.3V to 5.2V and the maximum output current is set to 50mA per channel. The DAC7643VFBTG4 has a serial data path with three ports that can be used to select the input data rate and the output voltage range. Additionally, the device has a dedicated port for an external clock.

The DAC7643VFBTG4 also includes a programmable zero offset voltage function which is adjustable at 0.5V steps. This feature allows the user to adjust the output voltage to the center point. The DAC7643VFBTG4 has a slew rate of 2V/ms, which ensures that it can be used for high-performance applications. Additionally, it has a low on-resistance of 10Ω, reducing the power loss and maintaining a lower system cost.

The DAC7643VFBTG4 is an integrated circuit that provides fast and accurate analogue signal generation while allowing low power operation. Its wide range of application, adjustable control buses and zero offset feature makes it an ideal device for various audio applications such as audio amplifiers, digital to analogue conversion, and panel metering.

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