LTC1599BIG#TRPBF

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The LTC1599BIG#TRPBF is a 9-bit digital-to-analog converter (DAC) featuring extended temperature range, low power, low noise and high accuracy. This device offers excellent reliability and stability, superior dynamic range, plus low cost and low power consumption – making it an ideal solution for data acquisition applications. The LTC1599BIG is available in a variety of package and pin configurations, making it suitable for a wide range of applications.

The LTC1599BIG is a register-controlled CMOS DAC that offers an accurate and stable signal in an extended temperature range of -55℃ to +125℃. It can accept 9-bit inputs and provides an analog output of 0 to 5V. The device features internal, high-precision voltage reference and buffered I/O. The input data is clocked into a transient response register which stores the data and controls the transfer of the reference voltage and a feedback network to the DAC core.

The device features a high-precision voltage reference of 1.22V and the buffered I/O enable direct connection between host and the DAC core. The output is routed to a buffer amplifier to improve noise performance and to provide an accurate voltage output independent from microprocessor interference. The device also offers low power consumption and fast settling time, which makes it an ideal choice for low-power, high-performance applications.

Since the device is digitally-controlled, the LTC1599BIG can be used in many different applications including industrial and automotive applications. The device can be used in motor control and power conversion systems, data loggers, digital control systems, industrial instrumentation, home automation and medical devices, among other application fields. The device also provides a high-precision calibration capability which makes it an ideal choice for precision amplifier applications.

The LTC1599BIG is an excellent choice for data acquisition applications requiring low power consumption, fast settling time and high accuracy. Its extended temperature range, low noise and power consumption make it perfect for many applications including industrial instrumentation and automotive applications. Furthermore, its high-precision calibration capability and buffered I/O make it an excellent choice for precise amplifier applications.

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