ADC32J22EVM

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Analog to digital converters (ADCs) are device that can convert analog signals into digital signals. The ADC32J22EVM is one type of ADC device that was developed by Texas Instruments (TI) and features a low-power, high-precision design. The ADC32J22EVM is an evaluation board for the TI ADC32J22 low-power, low-noise, low-distortion 24-bit stereo ADC. The evaluation board provides design engineers with the ability to evaluate the features of the device in a real-world environment.

In the ADC32J22EVM, the product used is the ADC32J22, which is a 24-bit stereo ADC that can convert analog signals with 32 kHz sample rate with very low distortion at -97 dB typical SNDR on analog input signals. The ADC32J22EVM evaluation board is designed to configure and test the device, as well as evaluate the performance of the ADC32J22. With this evaluation board, design engineers can evaluate the performance of the ADC32J22 and its analog input performance in an audio system, or in other applications that require analog-to-digital signal conversion.

The ADC32J22EVM features passive analog inputs, with the ability to use differential or single-ended connections for both left and right analog signals. Additionally, the board includes digital outputs, including I2S or TDM parallel outputs, powered by a TMS320F283748DSP. The device also can be easily configured through the ADC Control software, which allows the user to set the gain, output source, as well as a variety of other parameters. The board features built-in LEDs to indicate the current operating mode and status of operation, which can be monitored and debugged with the USB Power Monitor.

In terms of applications, the ADC32J22EVM can be used in a variety of fields as an analog-to-digital converter. These applications can range from consumer audio applications to industrial and professional audio systems. The device can be used in home theaters, soundbars, and professional audio systems such as PA systems and studio equipment. Additionally, the ADC32J22EVM can be used in medical imaging and machine-vision applications, as well as other applications that require high-precision, low-noise, and low-distortion analog-to-digital conversion.

In addition to its use in a variety of applications, the ADC32J22EVM also has excellent performance and features. With a dynamic range of -97 dB typical SNDR, the ADC32J22 device on the evaluation board provides excellent performance for audio and other analog-to-digital signal conversion applications. Additionally, the device operates at a power consumption of 1.55 mW when sampling 32 kHz signals, providing an extremely efficient way to convert analog signals to digital signals. Lastly, the ADC32J22EVM also features a fully integrated self-calibration, which allows the device to automatically adjust the performance of the device.

While the ADC32J22EVM is a great evaluation board for the ADC32J22 device, it also provides a quick and easy way to evaluate other applications that require analog-to-digital signal conversion. With its low-power, high-precision design, the ADC32J22EVM is capable of providing high-precision analog-to-digital signal conversion in a variety of applications. Additionally, the board features LEDs for monitoring and debugging, and can be easily configured through the ADC Control software to provide the user with optimal performance.

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