TLV5624IDG4

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The TLV5624IDG4 is a quad 11-bit digital-to-analog converter designed for data acquisition applications. The device is ideal for cost-sensitive, low-power, and high-resolution data conversion applications. It features an integrated temperature sensor for thermocouple measurements, a wide 1μs output update rate, and a 2μA shutdown current.

The TLV5624IDG4 comes in an 8-pin narrow SOIC package and contains four independent 11-bit DACs that can be individually accessed, modified, and read back. The output range of the DACs is 0 to Vcc, reachable via programming the 4-bit control register. The I2C-compatible control bus takes commands from a master, performs the desired action and responds with an acknowledge response. Each DAC can be clocked up to the maximum 5MSPS rating, making it perfect for fast settling applications.

The device features an internal 8-bit temperature sensor, which can be used to measure temperatures up to ±125°C. The temperature sensor provides a temperature resolution of 0.5°C. This makes the TLV5624IDG4 ideal for applications such as thermocouple measurements.

When it comes to power consumption, the device is exceptionally efficient. The supply voltage range is between 2.7V and 5.5V and the shutdown current of the device is only 2μA. The output time of the DACs is 1μs, making the device suitable for applications that require fast output responses.

The TLV5624IDG4 is ideal for data acquisition applications, especially those that require accuracy, speed and low-power consumption. It is also suitable for thermocouple measurements, thanks to its integrated 8-bit temperature sensor and its 0.5°C resolution. The 5MSPS update rate and the 1μs settling time make the device suitable for fast-sampling and low-cost applications.

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