ADS7961SRHBR

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ADS7961SRHBR is a high performance and low power simultaneous sampling, Delta-Sigma Analog-to-Digital Converter (ADC). It contains a versatile architecture and a low power CMOS core that enables the device to deliver performance and flexibility.

The ADS7961SRHBR is a differential input, 16-bit, Delta-Sigma A/D converter, with an optional output interface for external conversion. Its integrated signal-input, low-noise, Delta-Sigma ADC core and signal-output each provide access to a wide range of single-ended, offset or differential inputs. Furthermore, the ADS7961SRHBR features a choice of analog inputs and output port configurations, allowing easy interface to systems without analog connections. The ADS7961SRHBR is an ideal solution for high-accuracy data conversion applications in hybrid-electronic, automotive, audio and video, industrial, and medical applications.

The most prominent feature of the ADS7961SRHBR is its low power consumption. Its low power consumption comes from two primary components: its integrated CMOS technologies, and its robust, low-power architecture. The CMOS technology is designed to consume just the minimum power necessary for data conversion. In addition, the ADC core provides for efficient power conservation by providing power as it is needed. The low power architecture makes it possible to reduce the number of idle stages in the data conversion process, which can result in a further reduction in overall power consumption.

The ADS7961SRHBR exhibits excellent linearity and dynamic range, making it suitable for a wide range of applications. It is able to detect and accurately convert a wide range of low-level analog signals into digital representations. Additionally, it offers adjustable integrator gain, output gain, and conversion range, allowing easy optimization in a variety of process conditions.

The device features a highly programmable architecture, which allows for a variety of configurations. It can be configured as single-channel or dual-channel, with a variety of outputs to provide the highest accuracy data acquisition. Additionally, it offers advanced digital filtering options for enhanced performance. Furthermore, the ADS7961SRHBR provides multiple power saving modes, making it ideal for embedded systems.

The working principle of the ADS7961SRHBR is based on an integration of analog-to-digital conversion. The process is initiated by an incoming analog signal, which is then converted to a digital representation. The result is a 16-bit data output. The application of the ADS7961SRHBR can be different depending on the configuration. It is suitable for data conversion within a variety of applications such as automotive, industrial, audio and video, and medical.

In conclusion, the ADS7961SRHBR is a highly integrated, low power, and accurate Delta-Sigma ADC with a programmable architecture. It is suitable for a wide range of analog-to-digital conversion applications and is ideal for use in embedded systems. Additionally, its low power architecture makes it an ideal solution for reduced power consumption. The device is designed for easy interface to systems without analog connections, making it ideal for many applications.

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