TLV5632IDWG4

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The TLV5632IDWG4 is a CMOS 12-bit digital-to-analog converter (DAC). It is a member of Texas Instruments’ series of high-precision and low-power DACs. It is specially designed for Industrial and Automotive applications, such as industrial control and automation, electric motors, power converters and motor drive applications. The device achieves high linearity, with a total harmonic distortion of 0.002%, and low power consumption of 140 mW at 3.3 V.

The TLV5632IDWG4 operates off a supply voltage ranging from ± 5.5 V to ± 18 V. It features a differential bipolar input architecture, so it can handle input voltage signals with a range from -VREF to +VREF. The device offers differential outputs, with a maximum output accuracy of 12-bits at 10V voltage. Additionally, it features a power-on reset, which prevents initial errors and ensures power-on reset to the mid-scale.

The TLV5632IDWG4 enables digital control of the output voltage through its digital control inputs. The control registers can be modified through different protocols such as a 3-wire microcontroller interface, a 4-wire CMOS general purpose interface, or an 8-bit or 12-bit parallel interface. The device features a low-power sleep mode which reduces power consumption (<1 μA) and an output power-down mode which removes the output from the external load.

The TLV5632IDWG4 is constructed with advanced process technologies, enabling it to supply independent 12-bit resolution for two channels without sacrificing power consumption or accuracy. Its high linearity and low power consumption make it highly suitable for applications requiring high precision and very low noise. The device has been designed to support AEC-Q100 grade 0 operating temperature range of -40 to +125°C.

In conclusion, the TLV5632IDWG4 is a superior digital-to-analog converter especially suitable for industrial and automotive applications. Its differential bipolar input architecture and digital control inputs enable engineering flexibility and its low power consumption, low noise and accuracy make it an attractive choice for use in precision applications.

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