ADS1110EVM

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The ADS1110EVM is an evaluation board featuring Analog to Digital Converters (ADCs). The ADS1110 is a Low-Power, BiCMOS, 16-Bit, Serial Input, Sampling A/D Converter. This evaluation board provides an easy-to-use environment for evaluating the performance of the ADS1110 in a variety of applications requiring sampling and conversion of analoginput signals to digital codes.

The ADS1110EVM can be used in any industrial, automotive, or standaloneconsumer applications requiring accurate, low-power signal sampling and digital coding. The wide supply range of the ADS1110 makes it well-suited for low-voltage applications. Its high speed and wideinput range make it suitable for a variety of matching and higher-level applications. It also incorporates multiple features, such as16-bit resolution, a programmable input range, an on-chip reference, and a low-power consumption to allow designers to select optimumperformance for their application.

This evaluation board provides a programmableinput range that allows the user to select any of the three availableinput ranges (±2.5V, ±5V, and ±10V). It also provides an on-chip temperature sensor and two singleended analog inputs which are programmable up to VCC. A temperature indicator LED is also included which indicates when the on-chip tempsensor is activated. The board also allows user to choose amongst three different parallel interface configurations (8 bit, 16 bit,32 bit).

The working principle of this ADC is based on the SuccessiveApproximation Register (SAR) architecture. This architecture is based on theprogressive search of the digital code that corresponds to the input analogsignal. The ADC continuously converts analog signals into 16-bit binary codes,starting with the most significant bit and sequentially progressing to the leastsignificant bit.

The ADS1110EVM is provided in a standard 14-pin DIP package and is fullycharacterized and tested. It is also fully compatible with a wide variety ofmicrocontrollers and other digital logic architectures. This evaluation board canbe used for a wide range of applications, ranging fromdata acquisition to signal processing. It is also well suited for a wide variety ofanalog signal measurements, such as temperature, voltage, current, and, moregenerally, all types of analog signals. It also offers multiple analog inputs andoutputs, making it well-suited for multiplexing applications.

In conclusion, the ADS1110EVM is an ideal choice for a wide rangeof applications requiring accurate low-power signal sampling and digitalcoding. It is also commodity priced for larger volume requirements and issuitable for multiplexing applications. Its wide supply range make it well suitedfor low-voltage applications and its high speed and wide input range make it idealfor a variety of matching and higher-level applications. Furthermore, its self-calibrating approach to ensure optimal conversion accuracy is a welcomefeature for users who require the highest accuracy in their designs.

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