PCM1808PW

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The PCM1808PW is a special purpose data acquisition system that is designed to make the most of the high-speed analog-to-digital conversion process. It is an 8-channel, 16-bit converters, with four differential and four single-ended input channels. It is designed with a low-power, low-voltage system and integrated anti-aliasing filter.

The PCM1808PW offers a wide range of application areas, including medical imaging, acoustic processing, automotive diagnostics, industrial process monitoring and control, security systems and more. It has been extensively tested and approved for use in medical systems, meeting certified standards and further qualifying it for use in life-critical applications.

The PCM1808PW also offers two on-chip analog-to-digital conversion methods: pulse width modulation (PWM) and linear interpolation (LIPT). In PWM mode, the on-chip sampling clock and an external reference voltage are used to generate a square wave format. In LIPT mode, the external reference voltage and an additional sample clock are used to interpolate and determine the multiplication presents at the analog-to-digital conversion.

The PCM1808PW works with a high-speed analog-to-digital conversion process and a low-power, low-voltage system, making it well-suited for high-speed data acquisition applications, including medical image processing, acoustic signal processing, and automotive diagnostics. With its on-chip pulse width modulation and linear interpolation methods, it is capable of accurately converting signals quickly and with minimal intervention from the user. Additionally, the integrated anti-aliasing filter improves the signal quality by reducing or eliminating aliasing and allowing for a less corrupted signal during digital processes.

The PCM1808PW is an ideal choice for wide range of data acquisition applications, due to its low-power, low-voltage system and the integration of an anti-aliasing filter for improved signal integrity. With its certified performance for medical applications, it is suitable for use in life-critical applications. It is capable of accurately converting signals quickly and with minimal intervention from the user, making it a reliable and efficient device in data acquisition applications.

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