DAC104S085EB/NOPB

DAC104S085EB/NOPB is a Digital to Analog Converters (DACs) and belongs to the Evaluation Boards family. This board is specially designed to provide limited production in order to compare and evaluate the features and performance of a particular device. This particular device is the DAC104S085EB/NOPB.

The main features of DAC104S085EB/NOPB are an on-board voltage reference, phase-locked loop (PLL), integrated negative voltage reference, integrated digital-to-analog converter (DAC) and low-noise buffered amplifier. The DAC also includes a 6-bit FIFO (First In First Out) buffer which stores the data that will be sent to the DAC. The main advantage of using this device is its low-power consumption performance. It consumes less than 1.5mA from a +3.3V power supply.

The DAC104S085EB/NOPB application field mainly covers components used in touch screens, audio systems, automotive interfaces, industrial and medical applications. It also supports self test and calibration functions which are useful for precision designs. The DAC is manufactured using high-temperature dielectric isolation layers and thus offers superior temperature stability and noise performance.

In terms of its working principle, the DAC104S085EB/NOPB uses an on-board voltage reference to control the output resolution of the digital-to-analog conversion process. An internal reference voltage is used to generate an oscillating signal that is sent to the DAC. This signal is then converted into a analog output corresponding to the data stored in the FIFO buffer. The low-noise buffered amplifier integrated into the DAC is designed to convert the analog signal from the DAC into a suitable output voltage level. The output voltage is then regulated by a feedback loop.

In summary, DAC104S085EB/NOPB is a Digital to Analog Converters (DACs) suitable for limited production evaluation tasks. The device features an integrated voltage reference, PLL, digital-to-analog converter and low-noise buffered amplifier, all of which are driven by an onboard voltage reference. It can be used in touch screens, audio systems, automotive interfaces, industrial and medical applications. It also has integrated self test and calibration functions for precision designs.