DAC1205D750HW/C1,5

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DAC1205D750HW/C1,5 belongs to the category of Data Acquisition - Digital to Analog Converters (DAC). This particular model is composed of two 8-bit digital-to-analog convertors, one at each channel, allowing for 12-bit resolution. This means that each of the convertors is able to receive up to 4096 distinct analog voltage levels from a digital logic value. It also has an additional 12-bit channel, C1.5, whose output is generated from the sum of the two 8-bit channelsThe application field for DAC1205D750HW/C1,5 covers a wide range of applications that require precise analog signals, such as medical sensors, industrial controllers, and data acquisition systems. This device is particularly suited for applications that require high sampling frequency, since the conversion speed is up to 250Msps. Additionally, it is also suitable for applications that require low-power consumption, since the power levels range from 12V to 3.3V.When it comes to the working principle of DAC1205D750HW/C1,5, it follows the standard DAC design. When a digital input is received, the device converts it into an analog output value using a series of current sources and switches inside the device. The output voltage is determined by the weighted sum of all these current sources, creating a continuous analog waveform with 12-bit resolution. An important feature of DAC1205D750HW/C1,5 is its low distortion levels, which are achieved with 1.5% total harmonic distortion and -89dBc spurious free dynamic range. This is due to its advanced design of the digital post-filter, which reduces jitter and improves the distortion of the analog output. Additionally, its digital input can be synchronized to external clocks, allowing for increased resolution and lower noise. Overall, DAC1205D750HW/C1,5 is a powerful, yet efficient, data acquisition device suitable for a wide variety of applications. With its 12-bit resolution, fast sampling rate, and low distortion levels, it makes a great choice for medical sensing, industrial control, and data acquisition applications.

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