LTC2630HSC6-HZ10

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The LTC2630HSC6-HZ10 is a digital-to-analog converter (DAC) designed for data acquisition applications. It is a dual, 10-bit DAC that converts digital signals and provides analog output voltages from 0V to 10V. The device features low glitch impulse, low total harmonic distortion (THD+N), and high full-scale accuracy. This makes it ideal for use in test and measurements, automotive, industrial, and laboratory applications.

The LTC2630HSC6-HZ10 is easy to use—it only requires three pins (GND, VCC, and CS). The power supply range can vary from 3V to 5V depending on the logic level of the device, but for any application, the supply voltage should be within the specified range and be well-regulated. The CS pin is used to select the device from a group of DACs operating from the same control and data bus.

The LTC2630HSC6-HZ10 DAC includes an internal voltage reference and offers a range of choices with either an internal reference or an external reference. With an internal reference, the DAC operates with a 10V full-scale and a maximum offset voltage of 0.5V. With an external reference, the full-scale voltage range can be adjusted from 0V to VREF, with a 0.1% maximum offset.

The DAC has an input data range up to 10 bits. The digital-to-analog conversion is accomplished using an on-chip resistor network that converts incoming digital codes into analog output voltages between 0V and 10V. The resistor network also ensures that the DAC has highly accurate linearity throughout its range.

The LTC2630HSC6-HZ10 is a low power and high speed DAC, designed for low frequency operation up to 10 kHz. The device features “zero-latency” design, making it ideal for real-time applications. The operating temperature range is between -40°C to +85°C for industrial applications.

In summary, the LTC2630HSC6-HZ10 is an advanced digital-to-analog converter (DAC) designed for data acquisition applications. It is a low power and high speed DAC that has a wide range of features, including a 10-bit input data range, internal or external reference, and a wide range of digital outputs. The device also has excellent linearity and low THD+N. Its low power operation, low latency, and wide operating temperature range make it ideal for use in industrial and laboratory applications.

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