ADC1213D125W1-DB

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Analog-to-Digital Converters (ADCs) are electronic devices that are used to convert an analog signal to a digital signal for the purpose of storage, further intelligence, and communication. The ADC1213D125W1-DB Evaluation Board is a breakthrough in ADCs that offers an industry-leading combination of low power, resolution, and speed. This Evaluation Board is a great choice for low-power applications ranging from consumer electronics to data acquisition systems and many more.

The ADC1213D125W1-DB Evaluation Board is a low-power, 12-bit integrated switched-capacitor analog-to-digital converter. It has an on-chip Clock Doubler and Programmable Gain Amplifier (PGA). The on-chip Clock Doubler doubles the external clock frequency with a digital phase-lock-loop (PLL) circuit, which increases the performance of the ADC and provides a dynamic phase alignment. The PGA amplifier provides gain in 0.5dB steps with a maximum gain of 32dB. The ADC1213D125W1-DB Evaluation Board is capable of conversion rates up to 16Msps with a sampling rate of 50MHz.

The ADC1213D125W1-DB Evaluation Board is ideal for low-power applications where accuracy and sampling rate are key requirements. With its high sampling rate, low-power conversion, and low-power digital logic, the ADC1213D125W1-DB Evaluation Board is ideal for applications in consumer electronics, data acquisition systems, and medical instrumentation. The board also provides a range of features including an onboard DC-DC converter, temperature sensor, USB port, and various digital interfaces.

The ADC1213D125W1-DB Evaluation Board operates on a 3.3V supply voltage and is powered either internally or externally. Internally, the ADC1213D125W1-DB Evaluation Board provides an on-board pokker amplifier, linear-phase programmable-gain amplifier, and double-edge clamp circuit with low power consumption. This set-up requires a minimum of 3.3V and provides maximum resolution and speed. Externally, the board can be powered by the USB port or with an external 3.3V supply.

The ADC1213D125W1-DB Evaluation Board is equipped with advanced features for high performance and low power consumption. The on-board linear-phase PGA amplifier provides gain in 0.5dB steps from 0 to 32dB and waveform distortion-free results. The onboard analog signal processing unit can reduce power consumption while providing maximum performance. It is capable of simulating nonlinearities for complex signals and allows for the testing of different signal conditions.

The ADC1213D125W1-DB Evaluation Board is designed with a three-channel ADC that provides a resolution of 12-bits. The ADC uses a combination of correlated-double-sampling (CDS) and sigma-delta techniques for high accuracy and low power operation. The on-board DC-DC converter provides power for the ADC and other components, and its ultra-low noise performance ensures that the ADC’s performance is not degraded. The board also features an onboard reference voltage for low-noise operation.

The ADC1213D125W1-DB Evaluation Board is designed with a USB-based programming interface, allowing the user to program the device easily by downloading and running the evaluation software. The board features numerous digital interfaces including USB, I2C, and SPI. This board is capable of performing multiple operations and data analysis functions including signal processing, temperature sensing, voltage sensing, and power measurement. The board also features an onboard temperature sensor that can be used for temperature sensing applications.

The ADC1213D125W1-DB Evaluation Board is a reliable, low-power, and high-resolution integrated analog-to-digital converter. With its features and performance, it provides a great option for low-power applications in consumer electronics, data acquisition systems, and medical instrumentation. It allows the user to measure and analyze signals with ease and accuracy.

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