TLC5618AQDR

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Data Acquisition - Digital to Analog Converters (DAC) - The TLC5618AQDR is one of a family of 14-bit monolithic DACs. It is an ultra-high-resolution monolithic converter designed to meet the growing demands for ultra-low-noise analog signal acquisition and reconstruction. The TLC5618AQDR features 14-bit resolution and 76 dB SNR (typical) for both input and output. It has an input range of 4V to 10V and delivers an output voltage range of 0 to 10V.

The TLC5618AQDR is optimized for high-speed data acquisition applications requiring high performance and low noise. It uses an onboard digital-to-analog (D/A) converter to convert 14-bit digital words from an internal memory into a 14-bit analog waveform. The waveform is then converted into a 7-bit analog waveform suitable for low-level measurements where high resolution is desired. In addition, the converter is designed to meet the requirements of high-speed, low-noise waveform generation applications.

The TLC5618AQDR operates with a clock rate up to 50 Megahertz and has a high-speed architecture which provides a maximum sample rate of 2 gigahertz. This provides a very fast response time and allows the device to produce waveforms with very high resolution and low noise. The onboard D/A converter has a linearity of better than 0.1 percent with a high open-loop gain of 300 dB/V. The converter features an onboard reference voltage of -2.5 V and a maximum output voltage range of ±10 V.

The TLC5618AQDR is a very useful tool for test and measurement applications. It is particularly well suited for use in applications where accurate data acquisition is required such as in digital communication systems, automotive electronics, and industrial automation. This device is also used for digital audio and video signal processing, digital oscilloscopes, portable test instruments, and video game systems.

In addition, the TLC5618AQDR offers a variety of features and functions which make it an ideal choice for many applications. For example, it has a gain of up to 20 dB, and its user-friendly design allows it to be quickly and easily integrated into existing systems. This device is designed to meet the demanding requirements of modern electronics, and its wide range of features makes it a great choice for any application where high accuracy and low noise is required.

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