MCP3202-CI/P

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Analog to digital converter (ADC) is a device that converts an analog signal into a digital form. The MCP3202-CI/P is an ADC that is used in a variety of data acquisition systems. It is a low cost, low power, serial output single-chip device which features an 8-bit ADC with an integrated PGA (programmable gain amplifier) and voltage reference.

The MCP3202-CI/P has an integrated programmable gain amplifier (PGA) that allows the user to select any gain from 1 to 16. The voltage reference used in the PGA is programmable, allowing for the use of a wide range of reference voltages. The device also features an on-chip voltage reference with adjustable gain and offset which allows for maximum resolution.

The MCP3202-CI/P is designed for application in data acquisition systems, where it can be used as an analog front end for collecting and converting data into digital form. It is perfect for use in embedded systems, medical systems, consumer electronics and other low power and low cost applications.

The MCP3202-CI/P features a single channel differential input with a programmable input range up to 2.7V. It is capable of sampling analog signals up to 200KHz and can be programmed to output 8-bit, 10-bit, 12-bit, and 14-bit data words. The device also features an on-chip integrated temperature sensor that can measure temperatures up to 85°C. The output resolution is programmable up to 14 bits and the noise performance is less than 2LSB P-P of offset error.

The MCP3202-CI/P also features an analog-to-digital converter with differential input, programmable gain, and a temperature sensor. The differential input allows for accurate measurements of differential signals. The programmable gain stage allows for optimized linearity and dynamic range. The on-chip temperature sensor is used to measure temperatures up to 85°C.

The MCP3202-CI/P utilizes a low power serial interface with a clock-based shift register and data output port. Data is clocked out with a single clock signal, thus reducing the complexity of the interface. The serial data output is 8 bits plus two control bits. The control bits are used to indicate if an end of conversion (EOC) has occurred or if a temperature conversion is taking place.

In summary, the MCP3202-CI/P is a cost-effective and low power analog-to-digital converter that is suitable for applications with demanding requirements. It features a single-channel differential input and can sample analog signals up to 200KHz. Its programmable gain allows for optimized linearity and dynamic range, and it can convert temperatures up to 85°C. Its low power serial interface makes it easy to integrate into other systems and its on-chip temperature sensor makes it ideal for medical and embedded applications.

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