ADC082S021CIMM

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The ADC082S021CIMM, or Analogue-To-Digital Converter, is a single chip low power, low cost A/D converter incorporating a serial communication interface. This product is ideal for use in medium and low speed applications where economy and power features are paramount. It has a broad range of features and is a superior performing part in comparison to competing products.

The ADC082S021CIMM belongs to the category of Analogue-To-Digital Converters (ADC). Analogue to Digital converters (ADC) are essential components of most data acquisition systems. An ADC is used to convert an input analogue signal, such as temperature or pressure, into a digital signal that can be processed via a microprocessor. As a result, it enables the signal to be archived, manipulated and analyzed in a digital form.

The ADC082S021CIMM part is most useful for medium to low speed applications because it offers lower power consumption and a lower cost implementation. The maximum operating frequency of the ADC082S021CIMM is 10MHz. This product operates from a wide single power supply of between 4.5V to 5.5V, ensuring maximum flexibility when powering the device. This single chip product is designed to interface with a variety of processors, including microprocessors and microcontrollers, making it a suitable choice for systems which have limited space.

The ADC082S021CIMM features a high speed on-chip sample-and-hold amplifier and is capable of processing one 8-bit parallel data output word. The output of the ADC082S021CIMM can be latched or strobed and is controlled via the serial interface. The serial output of the device includes the binary data, status bit and sync signals to enable its use in multi-device systems.

The ADC082S021CIMM also has various enhanced functions including an auto zero facility and programmable offset adjustment. These features assist with eliminating errors in measurements and make the ADC082S021CIMM particularly suitable for low level signal applications.

The key characteristics and benefits of using the ADC082S021CIMM are its high speed, low power and low cost which makes the device suitable for use in various applications including telecommunication, consumer, automotive and industrial. The ADC082S021CIMM can also be used for other applications such as analog data acquisition, such as temperature or pressure sensors. The features of the ADC082S021CIMM make it suitable for use in time-dependent measurements.

The working principle of the ADC082S021CIMM is based on the sampling of an analogue signal by taking successive samples of the analogue signal and converting them into binary codes. The ADC082S021CIMM uses successive approximation to convert the analogue signal into a binary value. The ADC082S021CIMM then passes the digital equivalent of the sampled analogue signal as a serial output.

The ADC082S021CIMM features a sample-and-hold amplifier which is used to hold the input voltage at the time of conversion. The device also features an analogue input range of -2.5V to 0.5V, and has an accuracy tolerance of ±1%. This helps to ensure a high degree of accuracy in the sampled result.

In summary, the ADC082S021CIMM is a high quality single chip, low power, low cost A/D converter that is ideal for use in medium and low speed applications. This product provides a wide range of features including auto zero function and programmable offset adjustment. The ADC082S021CIMM is suitable for use in various applications in the telecommunications, consumer, automotive and industrial markets. The ADC082S021CIMM works by sampling an analogue signal and converting it into a digital equivalent through the use of successive approximation.

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